UA126126C2 - Pod assembly, dispensing body, and e-vapor apparatus including the same - Google Patents

Abstract

An e-vapor apparatus may include a pod assembly including a pre-vapor formulation compartment, a first electrical connector, a vapor channel traversing the pre-vapor formulation compartment, and a vaporizer, the pre-vapor formulation compartment configured to hold a pre-vapor formulation therein and in fluidic communication with the vaporizer during an operation of the e-vapor apparatus, the first electrical connector including first and second power electrodes, the first power electrode including a first contact portion on an exterior of the first electrical connector and a first extended portion configured to contact an anode portion of the vaporizer, the second power electrode including a second contact portion on the exterior of the first electrical connector and a second extended portion configured to contact a cathode portion of the vaporizer. The e-vapor apparatus may further include a dispensing body including a second electrical connector configured to connect to the first electrical connector.

Description

The field of technology

The invention relates to electronic vaporizing devices, which consist of individual products that contain compositions that are subject to vaporization.

Technical level

Some electronic vaporizers include a first section that connects to a second section with a threaded connection. The first section can be a replaceable cartridge and the second section can be a reusable medium. The threaded connection may be a combination of a covered threaded connection on the first section and a covered threaded receiving device on the second section.

Disclosure of the invention

The electronic vaporizer may include a container that includes a chamber for the composition to be vaporized, a first electrical connector, a channel that crosses said chamber, and a vaporizer, the chamber being configured to store the composition to be vaporized and a connection through a liquid medium with the vaporizer during operation of the electronic vaporizer, and the first electrical connector includes first and second power electrodes, wherein the first power electrode includes a first contact portion located on the outside of the first electrical connector and a first extended portion, made with the possibility of contact with the anode part of the evaporator, and the second power electrode contains the second contact part on the outer side of the first electrical connector and the second extended part, made with the possibility of contact with the cathode part of the evaporator. The electronic vaporizing device may additionally include a housing that defines a receiving area for placing the container and contains a second electrical connector designed to be connected to the first electrical connector.

According to an embodiment of the invention, each of the first and second contact parts contains a part that extends from the outside of the first electrical connector.

According to an embodiment of the invention, the part that extends from the outer side of the first electrical connector is semicircular.

According to an embodiment of the invention, the first and second contact parts are made with the possibility of applying an elastic force to the second electrical connector.

According to an embodiment of the invention, the first electrical connector additionally contains the first data transmission contacts made in the form of plates.

According to an embodiment of the invention, the second electrical connector contains a main element that defines grooves for placing the first data transmission contacts and the second data transmission contacts on the main element and in the indicated grooves.

According to an embodiment of the invention, the second data transmission contacts are made with the possibility of applying an elastic force to the first data transmission contacts.

According to an embodiment of the invention, the first and second extended parts are made with the possibility of applying an elastic force to the evaporator.

According to an embodiment of the invention, the chamber for the composition to be evaporated and the first electrical connector are located at opposite ends of the container.

According to an embodiment of the invention, the first electrical connector contains a memory device and an air flow sensor.

According to the embodiment of the invention, the housing is made with the possibility of supplying power to the container and exchanging data with the container with the help of at least one electrical contact.

According to an embodiment of the invention, the dimensions of the receiving area correspond to the dimensions of the container.

According to an embodiment of the invention, the receiving area is a through hole.

According to an embodiment of the invention, the housing includes a mouthpiece having a passage that communicates through the fluid medium with the channel when the container is electrically connected to the housing.

According to an embodiment of the invention, the electronic vaporizing device contains a fastening structure on at least one side wall of the receiving area and the side surface of the container, while the fastening structure is made with the possibility of engaging and holding the container when it is introduced into the receiving area.

At least one embodiment of the invention relates to a container for an electronic vaporizer. The container includes a chamber capable of storing the composition to be vaporized therein, a channel crossing the chamber, a vaporizer capable of fluid communication with the chamber for the composition to be vaporized 60, and a compartment for the device configured to communicate with the chamber 60 through a fluid medium with a chamber for the composition to be vaporized, wherein the device compartment includes a first electrical connector that includes first and second power electrodes, wherein the first power electrode includes a first contact portion located on the outside of the first electrical connector, and the first extended part made with the possibility of contact with the anode part of the evaporator, and the second power electrode contains the second contact part on the outer side of the first electrical connector and the second extended part made with the possibility of contact with the cathode part of the evaporator.

According to an embodiment of the invention, each of the first and second contact parts contains a part that extends from the outside of the first electrical connector.

According to an embodiment of the invention, the part that extends from the outer side of the first electrical connector is semicircular.

According to an embodiment of the invention, the first electrical connector additionally contains the first data transmission contacts made in the form of plates.

According to an embodiment of the invention, the first electrical connector contains a memory device and an air flow sensor.

Various features and advantages of non-limiting embodiments of the invention may become clearer from the detailed description, which is accompanied by the attached drawings. The attached drawings are for illustrative purposes only and should not be construed as limiting the scope of the claims. The attached drawings are not to be regarded as drawn to scale unless clearly indicated to the contrary. For clarity, various dimensions in the drawings may be enlarged.

Brief description of the drawings

In Fig. 1 shows the housing of the electronic vaporizer according to the embodiment of the invention, a perspective view;

In Fig. 2 - the body according to Fig. 1 view with spatial separation of details;

In Fig. 3 - mouthpiece according to Fig. 2, perspective view;

In Fig. 4 - the first frame according to Fig. 2, perspective view;

In Fig. 5 - the second frame according to Fig. 2, perspective view;

From Fig. 6 shows the housing element according to Fig. 2, perspective view;

In Fig. 7 - the final element according to Fig. 2, perspective view;

In Fig. 8 - another body of the electronic vaporizing device according to the embodiment of the invention, perspective view;

In Fig. 9 - the body according to Fig. 8 view with spatial separation of details;

In Fig. 10 - the first mouthpiece according to Fig. 9, perspective view;

In Fig. 11 - the second mouthpiece according to Fig. 9, perspective view;

In Fig. 12 - the first frame according to Fig. 9, perspective view;

In Fig. 13 - framing of the frame according to Fig. 9, perspective view;

In Fig. 14 - the second frame according to Fig. 9, perspective view;

In Fig. 15 - the container of the electronic vaporizing device according to the embodiment of the invention, a perspective view;

In Fig. 16 - container according to Fig. 15, top view;

In Fig. 17 - container according to Fig. 15, side view;

In Fig. 18 - container according to Fig. 15 view with spatial separation of details;

In Fig. 19 - several containers according to the variant of the invention, perspective view;

In Fig. 20 - an electronic vaporizing device, while the container is inserted into the case, according to the variant of the invention;

In Fig. 21 - diagram of the housing system according to the variant implementation of the invention;

In Fig. 22 - diagram of the system of the container for the body according to the embodiment of the invention;

In Fig. 23 - another container of an electronic vaporizing device according to an embodiment of the invention, a view with spatial separation of details;

In Fig. 24A - container according to Fig. 23 in the folded position and before activation, cross-sectional view;

In Fig. 248 - container according to Fig. 23 in the folded position and before activation, oblique cross-sectional view;

In Fig. 25A - container according to Fig. 23 in the folded position and after activation, cross-sectional view;

In Fig. 258 - container according to Fig. 23 in the folded position and after activation, oblique cross-sectional view;

In Fig. 250 - container according to Fig. 23 in the folded position and after activation, an oblique cross-sectional view at an angle;

In Fig. 26 - another container of an electronic vaporizing device according to an embodiment of the invention, a view with spatial separation of details;

In Fig. 27A - container according to Fig. 26 in the folded position and before activation, cross-sectional view;

In Fig. 278 - container according to Fig. 26 in the folded position and before activation, oblique cross-sectional view;

In Fig. 28A - container according to Fig. 26 in the folded position and after activation, cross-sectional view;

In Fig. 288 - container according to Fig. 26 in the folded position and after activation, oblique cross-sectional view;

In Fig. 28C - container according to Fig. 26 in the folded position and after actuation, an oblique cross-sectional view at an angle;

In Fig. 29 - another container of an electronic vaporizing device according to an embodiment of the invention, a view with spatial separation of details;

In Fig. ZO0A - container according to Fig. 29 in the folded position and before activation, cross-sectional view;

In Fig. ZOV - container according to Fig. 29 in the folded position and before activation, oblique cross-sectional view;

In Fig. 30C - container according to Fig. 29 in the folded position and before activation, an oblique cross-sectional view at an angle;

In Fig. Z1A - container according to Fig. 29 in the folded position and after activation, cross-sectional view;

In Fig. 318 - container according to Fig. 29 in the folded position and after activation, oblique cross-sectional view;

In Fig. 31C - container according to Fig. 29 in the folded position and after actuation, an oblique cross-sectional view at an angle;

In Fig. 32 - another container of an electronic vaporizing device according to an embodiment of the invention, a view with spatial separation of details;

In Fig. 33 - container according to Fig. 32 in the folded position, cross-sectional view;

In Fig. 34 - a part of the electronic vaporizer according to Fig. 33, inserted into the case according to the embodiment of the invention;

In Fig. Z5A-35E - variant of the implementation of the container, which contains the electrical connector assembly;

In Fig. 36 - another version of the electrical connector assembly;

In Fig. 37A - the body of the electronic vaporizing device, which contains the electrical connector assembly;

In Fig. 378 - electrical connector assembly according to Fig. 37A, perspective view;

In Fig. 370-377 - the connection of the container connector unit and the body connector unit, according to the embodiment of the invention;

In Fig. ZVA-38S - variant of the implementation of the container, which contains the electrical connector assembly;

In Fig. 39A - a variant of the housing for placing the container;

In Fig. 398-390 - the electrical connector assembly shown in Fig. is shown in more detail. Z9A;

In Fig. 40 - electrical connector assembly according to Fig. C8A and the electrical connector assembly of Fig. З9А, cross-sectional view;

In Fig. 41A-41E is another version of the electrical connector assembly.

Detailed description of the invention

It should be understood that when an element or layer is referred to as being located "on," "connected to," "connected to," or "covering" another element or layer, it may be

BO is located directly on, connected to, associated with, or covering another element or layer, or intermediate elements or layers may be present. In contrast, when an element or layer is spoken of as being "directly on," "directly connected to," "directly associated with" another element or layer, there are no intermediate elements or layers. In the description, the same reference positions denote similar elements. As used herein, the term "and/or" refers to any combination of one or more of the related listed items.

It should be understood that although the terms first, second, third, and so forth may be used herein to describe various elements, components, regions, layers, and/or sections, these elements, components, regions, layers, and/or sections shall not be limited. in these terms. These terms 60 are used only to separate one element, component, area, layer or section from another area, layer or section. That is, the first element, component, region, layer or section discussed below can be called the second element, component, region, layer and/or section, without deviating from the idea of examples of embodiments of the invention.

Terms that refer to spatial location (for example, "below", "under", "above", "above" and the like) may be used here to facilitate the description of the relationship of one element or feature to another element(s) or feature(s). ), as shown in the figures.

It should be understood that the terms referring to the spatial arrangement are intended to cover various orientations of the device in use or operation, other than the orientation shown in the figures. For example, if the device shown in the figures is flipped, elements that are described as "below" or "under" other elements will be oriented "above" the other elements or features. Thus, the term "below" can cover both orientations, both above and below. The device may be oriented differently (rotated by 90 degrees or positioned with a different orientation) and the terms used here referring to the spatial arrangement should be interpreted accordingly.

The terminology used herein is intended to describe various embodiments of the invention and is not intended to limit examples of embodiments of the invention. In this document, the singular also means the plural, unless the context clearly indicates otherwise. It should be further emphasized that the terms "comprising", "comprising", "comprising" or "comprising", as used herein, refer to the existence of the formulated features, numbers, steps, operations, elements and/or components , but does not exclude the existence or addition of one or more other features, numbers, stages, operations, elements, components or groups thereof.

Examples of embodiments of the invention are described herein with reference to cross-sectional illustrations, which are schematic illustrations of idealized examples of embodiments of the invention (and intermediate structures). In fact, it is necessary to expect changes in the forms from the illustrations, which are the result of manufacturing technologies and/or tolerances. Therefore, the exemplary embodiments of the invention should not be construed as limiting the shape areas shown herein, but should encompass changes in shape that result from, for example, manufacturing. The areas shown in the figures are schematic in nature and their shapes should not illustrate the actual shape

From the field of the device, and they do not limit the scope of examples of variants of the invention.

Unless otherwise defined, all terms used herein (including technical and scientific terms) have the same meaning as terms understood by one of ordinary skill in the art to which the examples of embodiments of the invention belong. It is further to be understood that terms, including those defined in publicly available dictionaries, shall be construed as having meanings appropriate to their meanings in the context of the relevant technical field, and shall not be interpreted in an idealized or overly formal sense unless otherwise specified. .

In Fig. 1 is a perspective view illustrating a body of an electronic vaporizer according to an embodiment of the invention. As shown in Fig. 1, the body 104 of the electronic vaporizer includes a frame member connected to the main member 118. The body 104 of the electronic vaporizer includes a frame member connected to the body member 118. The frame part includes a first frame 110 and a second frame 112. Side the walls 116 (eg, inner side surfaces) of the first frame 110 and the second frame 112 define a through hole 114. The through hole 114 is designed to receive a container (which will be described in detail below).

Generally, an electronic vaporizer may include a housing 104, a container that is inserted into a through hole 114 of the housing 104, and a vaporizer that is located at least either in the container or in the housing 104. The container may include a chamber for the composition to be vaporized (e.g., chamber for liquid), compartment for the device and channel. The channel may extend from the compartment for the device and cross the chamber for the composition to be vaporized. The chamber is made with the possibility of placing in it a composition that is subject to evaporation (for example, liquid for an electronic cigarette). Evaporable material is a material or combination of materials that can be converted to vapor. For example, the formulation to be vaporized may be a liquid, solid formulation and/or gel formulation containing, among other things, water, droplets, solvents, active ingredients, ethanol, plant extracts, natural or artificial flavors and/or vapor generators such as such as glycerol and propylene glycol.

The body 104 contains a near section and an opposite far section. The mouthpiece 108 is located in the near area, while the end element 120 is located in the far 60 area. The near section includes a passage 106 and a through hole 114. The passage 106 passes from one end surface of the near section to the side wall 116 of the through hole 114. The passage 106 is made in the form of one or more passages that pass through the near section of the housing 104. The through hole 114 is located between passage 106 and the far section of the body 104 (for example, between the mouthpiece 108 and the main section 118).

The vaporizer (which will be described in more detail below) is located at least in either the container or the housing 104. The chamber of the container is designed to be in fluid communication with the vaporizer during operation of the electronic vaporizer, so that the composition to be vaporized from the chamber is included in thermal contact with the evaporator.

The evaporator is made with the possibility of heating the initial composition, which is subject to evaporation, which passes through the channel through the container. The through opening 114 of the housing 104 is designed to receive the container so that the container channel is aligned with the passage 106 of the housing 104 to facilitate the supply of steam through the passage 106 of the housing 104.

In Fig. 2 is an exploded view illustrating the housing of FIG. 1.

As shown in Fig. 2, the first frame and the second frame 110 and 112 are made with the possibility of combining to form the frame element of the body 104. A number of options are available for combining the first frame 110 and the second frame 112. In one embodiment, the first frame 110 is an enclosing element and the second frame 112 is an enclosing element that is designed to engage with the first frame 110. Alternatively, the first frame 110 can be an enclosing element and the second frame 112 can be an enclosing element made of the possibility of engagement with the first frame 110. The engagement of the first frame 110 and the second frame 112 can be carried out with the help of an engaging connection, a friction fit or a construction with a shift and a lock, although examples of variants of the invention are not limited to the listed ones.

The first frame 110 can be considered as the front frame of the housing 104, and the second frame 112 can be considered as the rear frame (or vice versa). Additionally, the combined proximal ends of the first frame 110 and the second frame 112 define a passageway 106 located therebetween. The passageway 106 may be formed as a single passageway that communicates with a through hole 114 that is defined by the side wall 116. Alternatively, the passageway 106 for the steam can have the form of several passages that communicate with the through opening 114, which is defined by the side wall

From 116. In such an example, several passages may contain a central passage covered by peripheral passages (or only several passages located at the same distance from each other). Each of the multiple passages may independently extend from the through hole 114 to the proximal end surface of the frame member. Alternatively, the common passage may extend partially from the through hole 114 and further branch into multiple passages that extend to the near end surface of the frame member.

The mouthpiece 108 is made to be slidable to the near end of the frame member which forms the passage 106 for the vapor. As a result, the outer surface of the proximal end formed by the first frame 110 and the second frame 112 may conform to the inner surface of the mouthpiece 108. Alternatively, the proximal end defining the passageway 106 may be formed as part of the mouthpiece 108 (instead of being part of the frame element). The mouthpiece 108 may be attached by means of a snap connection or other suitable construction. In one embodiment of the invention, the mouthpiece 108 is a removable element that is intended for voluntary, recommended, replacement or required replacement by an adult smoker.

For example, mouthpiece 108 may, in addition to its intended functionality, provide visual or other tactile appeal to an adult smoker. In particular, the mouthpiece 108 may be made of a decorative material (eg, wood, metal, ceramic) and/or contain patterns (eg, patterns, images, symbols). That is, the mouthpiece 108 can be made according to the wishes of the client, to ensure the expression of individuality for an adult smoker. In other examples, the removable feature of the mouthpiece 108 may facilitate recommended replacement due to expiration or provide a necessary replacement due to wear and tear over time or damage (eg, a chipped mouthpiece 108 resulting from an accidental drop of an electronic vapor device).

The lower ends of the first frame 110 and the second frame 112, opposite the proximal ends (which define the passage 106), are designed to be inserted into the main member 118. To facilitate a secure fit, the outer surface of the lower ends of the first frame 110 and the second frame 112 may conform to the receiving inner surface of the main member 118. Additionally, the lower ends of the first frame 110 and the second frame 112 may also define a groove located therebetween adapted to accommodate one or more wires that are connected to one or more electrical contacts located on the side wall 116 (e.g., the lower surface of the side wall 116, because it is opposite to the passage 106). A power source (such as a battery) may also be located in this groove to supply the desired current through this wire(s). Alternatively, the power source may be located in the available space in the main member 118 between the inserted lower end of the frame member and the end member 120.

The first button 122 and the second button 124 can be made on the main element 118 and connected to the corresponding circuit and electronics located in it. In one embodiment of the invention, the first button 122 may be a power button, and the second button 124 may be a battery level indicator. The battery level indicator can show an image of the amount of available electricity (for example, C of 4 bars). In addition, the battery level indicator can also flash and/or change colors to alert the adult smoker that the electronic vaporizer needs to be recharged.

To stop flashing, an adult smoker can simply press the second button 124. That is, the button(s) of the electronic vaporizer can have a control and/or display function. It should be understood that the examples relating to the first button 122 and the second button 124 are not intended to limit the invention and may have other implementations, depending on the desired functionality. Accordingly, more than two buttons (and/or different shapes) may be provided in the same location or in a different location of the electronic vapor device.

In Fig. C is a perspective view illustrating the mouthpiece of FIG. 2. As shown in Fig. 3, the mouthpiece 108 may have an open-ended cap design that is slidably mounted on the proximal end of the frame member that defines the passageway 106. The mouthpiece 108 may have a wider base that tapers to a narrower top. However, it should be understood that examples of variants of implementation of the invention are not limited to the specified variant. The mouthpiece 108 may also have a different shape to better fit the mouth of an adult smoker when negative pressure is applied. For example, one side of the mouthpiece 108 may be more linear and the opposite side may be more curved.

In Fig. 4 is a perspective view illustrating the first frame of FIG. 2. As shown in

Fig. 4, the first frame 110 includes a side wall 116 that defines a through hole 114. The first frame 110 is configured to be connected to a second frame 112 that also includes a side wall 116 that defines a through hole 114. Since the combined through hole 114

Since it is made with the possibility of receiving a container, the side walls 116 of the first frame 110 and the second frame 112 can form a relatively smooth and continuous surface to facilitate the introduction of the container.

In Fig. 5 is a perspective view illustrating the second frame of FIG. 2. As shown in Fig. 5, the second frame 112 is made with the possibility of combining with the first frame 110, so that the shape is defined by the combined side walls 116, which corresponds to the shape of the side surface of the container.

In addition, a fastening structure (for example, a connected element/recess, a magnetic structure) can be provided, at least, either on the side walls 116 or on the side surface of the container.

For example, the connecting structure may contain a connected element made on the side wall 116 (of the first frame 110 and/or the second frame 112) and a corresponding recess made on the side surface of the container. In addition, the connecting element can be made on the side surface of the container, and the corresponding recess can be made on the side wall 116 (of the first frame 110 and/or the second frame 112). In one, non-limiting embodiment of the invention, the connecting element can be a rounded structure to facilitate engagement/disengagement of the fastening structure, while the recess can be a concave recess that corresponds to the curvature of the rounded structure. The connector may also be spring-loaded to compress (by compressing the spring) when the container is inserted into the through hole 114 and expand (by stretching the spring) when the connector is aligned with the corresponding notch. Engagement of the connector with the corresponding recess may result in an audible sound (eg, a click) that notifies the adult smoker that the container is secured and properly positioned in the through hole 114 of the housing 104.

In another example, the attachment structure may include a magnetic structure. For example, the first magnet can be located in the side wall 116 (of the first frame 110 and/or the second frame 112), and the second magnet can be located in the side surface of the container. The first and/or second magnets may be exposed or hidden from view under some layer of material.

The first and second magnets are oriented to attract each other, and multiple pairs of the first and second magnets may be provided to secure the container properly aligned in the through hole 114 of the housing 104. As a result, when the container is inserted into the through hole 114, the pair(s) of magnets (eg, first and second magnets) will be attracted to each other and thus hold the container in the through hole 114, while aligning the outlet of the container channel with the passage 106 of the housing 104.

In Fig. 6 is a perspective view illustrating the main element of FIG. 2. As shown in Fig. 6, the main member 118 may have a tubular structure that is a significant part of the housing 104. The cross-section of the main member 118 may be oval in shape, but other shapes are also possible, depending on the design of the frame member. An adult smoker can hold the electronic vaporizer with the help of the main element 118.

Accordingly, the base member 118 may be formed (or coated) with some material that provides improved grip and/or a finger-friendly texture.

In Fig. 7 is a perspective view illustrating the end element of FIG. 2. As shown in Fig. 7, the end member 120 is designed to insert into the distal end of the base member 118. The shape of the end member 120 may conform to the shape of the distal end of the base member 118 to provide a relatively smooth and continuous transition between the two surfaces.

In Fig. 8 is a perspective view illustrating another housing of an electronic vaporizer according to one example embodiment of the invention. As shown in fig. 8, the body 204 includes a side wall 216 that defines a through hole 214 that is made to receive a container. A large part of the structure of the housing 204 is formed by the first frame 210, the framing frame 211 and the second frame 212 (eg, Fig. 9). The passage 206 and the first mouthpiece 208 are made in the near part of the body 204.

In Fig. 9 is an exploded view illustrating the housing of FIG. 8.

As shown in Fig. 9, the frame 211 is located between the first frame 210 and the second frame 212.

However, it should be understood that it is possible to modify and perform the first frame 210 and the second frame 212 so that the framing frame 211 will not be required. The passageway 206 may be defined by the proximal ends of the first frame 210 and the second frame 212, as well as the second mouthpiece 209. As a result, the passageway 206 extends from the side wall 216 to the outlet end of the second mouthpiece 209. The first mouthpiece 208 is designed to be slidable onto the second mouthpiece. 209. In one example embodiment of the invention, the first mouthpiece 208 can be made

With removable, while the second mouthpiece 209 can be made stationary. Alternatively, the first mouthpiece 208 can be combined with the second mouthpiece 209 to form a single detachable structure.

A first button 222, a second button 224, and a third button 226 can be provided on the second frame 212 of the housing 204. In one example of an embodiment of the invention, the first button 222 can be a display (for example, a battery charge level indicator), the second button 224 can control the amount of the composition , which is to be vaporized, accessible to the heater, and the third button 226 may be a power button. However, it should be understood that the invention is not limited to the specified variant. In particular, the buttons can be different, depending on the desired functionality. Accordingly, a different number of buttons (and/or different shapes) may be provided in the same location or in a different location of the electronic vapor device. Moreover, features and principles relating to housing 104 that are also applicable to housing 204 may overlap with the features discussed above for housing 104.

In Fig. 10 is a perspective view illustrating the first mouthpiece of FIG. 9. As shown in Fig. 10, the first mouthpiece 208 is designed to be positioned above the second mouthpiece 209. Thus, the inner surface of the first mouthpiece 208 may correspond to the outer surface of the second mouthpiece 209.

In Fig. 11 is a perspective view illustrating the second mouthpiece of FIG. 9. As shown in Fig. 11, the second mouthpiece 209 defines a vapor passage 206. The second mouthpiece 209 may resemble the joined proximal ends of the first frame 110 and the second frame 112, which define a passage 106 for the pair of housing 104.

In Fig. 12 is a perspective view illustrating the first frame of FIG. 9. As shown in

Fig. 12, the first frame 210 includes a side wall 216 that defines a through hole 214. The upper end of the first frame 210 may include a connecting structure that facilitates connection thereto of at least a second mouthpiece 209.

In Fig. 13 is a perspective view illustrating the encompassing frame of FIG. 9. As shown in Fig. 13, the framing frame 211 may be in the form of a bent strip supported by a central plate. When the framing frame 211 is located between the first frame 210 and the second frame 212, it forms a side surface of the body 204, although the invention is not limited to the specified option.

In Fig. 14 is a perspective view illustrating the second frame of FIG. 9. As shown in

Fig. 14, the second frame 212 includes a side wall 216 that defines a through hole 214. The upper end of the second frame 212 may include some connecting structure that facilitates connection of at least a second mouthpiece 209. Additionally, the surface of the second frame 212 may be patterned or embossed external design. Such patterns and reliefs may be aesthetic in nature (ie, visually appealing) and/or functional (eg, with improved grip). Although not shown, the surface of the first frame 210 may be similar.

In Fig. 15 is a perspective view illustrating a container of an electronic vaporizer according to one example embodiment of the invention. As shown in Fig. 15, each container 302 includes a frame 310 that is located between a first cover 304 and a second cover 314. The first cover 304 can be considered as a front cover, and the second cover 314 can be considered as a back cover (or vice versa). The first cover 304 and the second cover 314 can be made of a transparent material so that the contents (eg, the amount of vapor-generating material) in the container 302 can be seen. The frame 310 of the container defines an outlet opening 312 of a channel for releasing the vapor produced in the container 302.

The container 302 is a self-contained product that can be sealed with a protective film wrapped around the frame 310. Additionally, due to the closed contents of the container 302, the risk of tampering and contamination can be reduced. There may also be a reduced chance of unwanted physical exposure from the outside to the composition to be vaporized from the container 302 (eg, through a leak). Moreover, the container 302 can be designed to prevent refilling.

In Fig. 16 is a top view illustrating the container of FIG. 15. As shown in Fig. 16, the second cover 314 is wider than the first cover 304. As a result, the frame 310 may have a slope from the first cover 304 to the second cover 314. However, it should be understood that depending on the design of the container 302, other configurations are possible.

In Fig. 17 is a side view illustrating the container of FIG. 15. As shown in Fig. 17, the second cover 314 is longer than the first cover 304. As a result, the frame 310 can have a slope from the first cover 304 to the second cover 314. As a result, the container 302 can be inserted

From into the body, so that the side corresponding to the first cover 304 is first placed in the through hole. In one example of an embodiment of the invention, the container 302 can be inserted into the through hole 114 of the body 104 and/or the through hole 214 of the body 204.

In Fig. 18 shows a view with spatial separation of details, which illustrates the container according to

Fig. 15. As shown in Fig. 18, the internal space of the container 302 can be divided into several compartments with the help of elements located in it. For example, the narrowing outlet opening of the channel 308 can be aligned with the outlet opening 312 of the channel and the space bounded by the first cover 304, the channel 308, the frame 310 and the second cover 314 can be considered as a chamber for the composition to be vaporized. Additionally, the limited space below the channel 308 can be considered as a compartment for the device. For example, the device compartment may include a vaporizer 306. One advantage of locating the vaporizer 306 in the container 302 is that the vaporizer 306 will only be used for the amount of vaporizable composition contained in the vaporizable composition chamber, and thus so it won't be overused.

In Fig. 19 is a perspective view illustrating multiple containers in accordance with one example embodiment of the invention. As shown in Fig. 19, each of the containers 402 includes a frame 410 that is located between the first cover 404 and the second cover 414.

The channel 408 is aligned with the outlet 412 and is located above the evaporator 406. The container 402 is sealed to contain the composition 418 to generate steam and prevent external interference. The chamber of the container 402 is made with the possibility of storing in it the composition 418 for generating steam, and the compartment for the device contains the vaporizer 406.

In more detail, the container 402 for the electronic vaporizer may contain a chamber designed to hold the composition 418 for vapor generation. The compartment for the device communicates through a fluid medium with a chamber for the composition to be evaporated.

The device compartment contains a vaporizer 406. Channel 408 extends from the device compartment and intersects the composition chamber to be vaporized.

The container 402 is made with the possibility of introduction into the case. The dimensions of the container 402 may correspond to the dimensions of the through hole (eg, 114) of the housing (eg, 104). The channel 408 may be located between the mouthpiece (eg, 108) and the compartment for the device when the container 402 is inserted into the through hole of the housing.

An attachment structure (e.g., an encompassing/engaging member structure, a magnetic structure) may be provided at least on either a side wall (e.g., 116 ) of the through hole (e.g., 114 ) or on a side surface of the container 402 . engaging the container 402 and holding the container 402 when it is inserted into the through hole of the housing. In addition, the output hole 412 can be used to secure the container 402 in the through hole of the housing. For example, the housing may be provided with a retractable connector, which is designed to be inserted into the outlet opening 412 of the channel to secure the container 402 in the passage (eg, 106) of the housing (eg, 104). The connector may also be of a rounded design and/or include a spring to facilitate its compression (eg, by compressing the spring) and stretching (eg, by stretching the spring).

In one embodiment of the invention, the vaporizing chamber of the container 402 may surround the channel 408. For example, the channel 408 may pass through the center of the vaporizing chamber, although the invention is not limited to this option.

Alternatively, instead of channel 408 shown in FIG. 19, the channel may be in the form of a passage that runs along at least one side wall of the chamber for the composition to be vaporized. For example, the channel may be formed in the form of a passage that is located between the first cover 404 and the second cover 414, while it runs along one or both sides of the inner surface of the frame 410. As a result, the passage may have a thin, rectangular cross-section, although the invention does not limited to this option. When the passage is located along two side walls of the chamber for the composition to be vaporized (eg, both inner surfaces of the frame 410), the passage along each side wall can be made with the ability to ascend in one position (eg, the outlet 412) that is aligned with the passage (e.g., 106 ) of the housing (e.g., 104 ) when the container 402 is located in the through hole 114 .

In another example, the channel can be in the form of a tube located in at least one corner of the chamber for the composition to be evaporated. Such an angle may be located at the border of the first cover 404 and/or the second cover 414 with the inner surface of the frame 410.

As a result, the tube may have a triangular cross-section, although the invention is not limited to this

With an option. When the tube is located in at least two corners (e.g., front corners, rear corners, diagonal corners, side corners) of the chamber for the composition to be vaporized, the tube in each corner can be made with the possibility of converging in one position (e.g., outlet 412) , which is aligned with respect to the passageway (eg, 106 ) of the housing (eg, 104 ) when the container 402 is located in the through-hole 114 .

A chamber for the composition to be vaporized and a compartment for the device may be located at opposite ends of the container 402. The compartment for the device may contain a storage device. The storage device may contain electronic identification information to allow at least either authentication of the container 402 or association of operating parameters that depend on the type of container 402 when it is inserted into the through hole of the housing (eg, smart calibration). Electronic identification information can help deter counterfeiting. Operating parameters can help optimize the smoking experience of an electronic vaporizer without having to burden the adult smoker with determining the proper settings. In one example embodiment of the invention, the level of the composition to be vaporized in the container 402 can be monitored. Additionally, the actuation of the container 402 can be prohibited if the expected expiration date coincides. Thus, the container 402 (and 302) can be considered as a "smart" container.

The side surface of the container 402 contains at least one electrical contact 416 and/or connection 417 for data transmission (for example, two or three electrical contacts and/or connection for data transmission). The housing can be made with the possibility of at least one power supply or data exchange with the container 402 using at least one electrical contact 416. This at least one electrical contact 416 can be located at the end of the container 402, which corresponds to the compartment for the device.

Due to its "smart" capability, the container 402 can exchange data with the housing and/or another electronic device (eg, a smartphone). As a result, usage patterns and other information (eg, flavor intensity, mouthfeel, number of puffs) can be generated, stored, transmitted and/or displayed. "Smart" ability, connecting elements and other features related to the container, the case and the entire electronic vaporizing device are additionally considered in the application 05 Mo 62/151,160 (number 60 of the patent register 24000-000200-05-Р51 (А! С52853 )), applications О5 Mo 62/151,179 (patent register number 24000-000201-0О05-RB1 (А С52854)) and applications 05 Mo 62/151,248 (patent register number 24000-000202-0О05-RB1 (аС52855)), which are included to this document by reference.

In Fig. 20 shows a view illustrating an electronic vaporizing device, with the container inserted into the housing, according to an embodiment of the invention. As shown in Fig. 20, the electronic vaping device 500 includes a container 502 (eg, a smart container) that is inserted into the housing 504. The container 502 can be the same as described in the description of the container 302 and the container 402. As a result, the container 502 can be free of problems and free leaks with a part that can be replaced relatively easily, when running out/approaching the end of the composition to be evaporated or when another container is needed.

In Fig. 21 shows a diagram of the housing system according to an embodiment of the invention. The system 2100 may be a system in a housing 104 and a housing 204 .

System 2100 includes controller 2105, power supply unit 2110, control means 2115, electrical interface 2120/data interface 2120, device sensors 2125, input/output (1/0) interfaces 2130, smoker indicators 2135, at least one antenna 2140 and information carrier 2145 . System 2100 is not limited to the features shown in FIG. 21. For example, system 2100 may include additional elements. However, for brevity, these additional elements are not described.

The controller 2105 may be hardware, firmware, hardware, executable software, or any combination thereof. If the controller 2105 is a hardware device, it may contain one or more central processing units (CPUs), digital signal processors (DSPs), specialized integrated circuits (SICs), programmable logic circuits (EROS), or the like, implemented as special purpose machines to perform processor functions. As mentioned above, SRO, OBR, ABIS and EROA, in general, can be called computing devices.

If the controller 2105 is a processor that executes software, then such controller 2105 is designed as a special purpose machine for executing software

From the provision that is stored on the medium 2145 of information to perform the functions of at least one of the controllers 2105.

The term "media", "computer-readable media" or "long-term computer-readable media"! may be one or more data storage devices, including non-volatile storage devices (SSDs), volatile storage devices (SSDs), magnetic SSDs, magnetic disk media, optical media, flash memory devices and/or other material, machine-readable media for storing information. The term "computer-readable medium" may include, but is not limited to, portable or stationary storage devices, optical storage devices, and various other media capable of storing, containing, or transferring command(s) and/or data.

As shown in Fig. 21, the controller 2105 communicates with the power supply unit 2110, control means 2115, electrical interface 2120/container data interface 2120, device sensors 2125, input/output (1/0) interfaces 2130, smoker indicators 2135 via at least one antenna 2140.

The controller 2105 establishes communication SS-MMM of the container using the electrical interface 2120/interface 2120 data of the container. More specifically, the controller 2105 may use encryption to authenticate the container. As will be described below, the controller 2105 communicates with the SS-MMUM body to authenticate the container. More specifically, information about the product and other information for authentication are placed in the non-volatile memory during manufacturing.

The storage device may contain electronic identification information to allow at least either authentication of the container 402 or combination of operating parameters that depend on the type of container when the container is inserted into the through hole of the housing. In addition to authentication based on the electronic identification information of the container, the controller 2105 can allow the use of the container based on the expiration date of the composition to be evaporated and/or the heater, which is contained in the non-volatile memory of the SS-MMM. If the controller determines that the expiration date contained in the non-volatile memory has passed, the controller may not allow use of the container and disable the electronic smoking device.

Controller 2105 (or media 2145 information) stores key material and commercial 60 algorithm software for encryption. For example, the encryption algorithm is based on the use of random numbers. The security of these algorithms depends on how random the given numbers really are. These numbers are usually pre-generated and stored in the processor or memory devices. Exemplary embodiments of the invention may increase the randomness of these numbers used for encryption by using puff parameters, such as puff duration, puff intervals, or combinations thereof, to produce numbers that are more random and vary more from person to person compared to pre-generated random numbers numbers All data transmissions between the controller 2105 and the container can be encrypted.

Moreover, the container can be used as a conventional payload carrier to store other information, such as software patches for an electronic smoking device. Since all data transmissions between the container and the controller 2105 use encryption, the security of said data is maintained at a higher level and the electronic smoking device is less likely to contain malware or viruses.

Using the SS-MMM as a carrier of information such as data and software updates allows the electronic smoking device software to be updated without an Internet connection and allows the adult smoker to go through a download process similar to most consumer electronic devices that require periodic software updates software.

The controller 2105 may also include a cryptographic accelerator that allows the resources of the controller 2105 to perform functions other than the encoding and decoding performed during authentication. The controller 2105 may also have other security-related features, such as preventing unauthorized use of communication channels and preventing unauthorized access to data if the container or smoker is not authenticated.

In addition to the cryptographic accelerator, the controller 2105 may contain other hardware accelerators. For example, the controller 2105 may contain a module (EP) for performing operations with floating point, a separate O5P core, digital filters and modules (EET) of fast conversion

Fourier.

The controller 2105 manages the real-time operating system (RTO5), controls the system 2100 and can be updated by exchanging data with the SS-MMM or when the system 2100 is connected to

With other devices (eg, a smartphone) using I/O interfaces 2130 and/or antenna 2140. I/O (1/0) interfaces 2130 and antenna 2140 allow system 2100 to connect to various external devices, such as smartphones , tablets and ROS. For example, the 2130 input/output (1/0) interfaces may contain a micro O5V connector. The micro OV connector can be used by the system 2100 to charge the source 211056 of electricity.

The 2105 controller may include an integrated CAM and flash memory for storing and executing code that includes analytics, diagnostics, and software updates. Alternatively, the information carrier 2145 may store the code. Additionally, in another embodiment of the invention, the information carrier 2145 may be embedded in the controller 2105.

The 2105 controller can additionally contain a built-in clock synchronization module, a reset module and a power management module to reduce the area covered by the printed circuit board (PCB) in the case.

The transducers 2125 of the device may contain a number of transducer transducers that provide the controller 2105 with measurement information. Sensors 2125 of the device may include a power supply temperature sensor, an external container temperature sensor, a heater current sensor, a power supply current sensor, an air flow sensor, and an accelerometer for tracking movement and orientation. The power supply temperature sensor and external container temperature sensor can be a thermistor or thermocouple and the current sensor for the heater and the power supply current sensor can be resistance-based sensors or other types of sensors designed to measure current. The air flow sensor can be a flow sensor based on a microelectromechanical system (MEM5), or a sensor of another type, made with the ability to measure air flow.

According to the data produced in a number of transducers of transducers, samples can be performed with a sampling frequency that corresponds to the measured parameter, using a discrete multi-channel analog-to-digital converter (AAC).

Controller 2105 may adjust heater profiles for composition to be vaporized and other profiles based on measured information received from controller 2105. For convenience, these profiles are generally referred to as smoking or vapor generation profiles.

The heater profile defines the power profile that must be supplied to the heater for a few seconds when negative pressure is applied to the electronic vaporizer. An example of a heater profile would be to apply maximum power to the heater at the start of the negative pressure application, and then after about a second, instantly reduce the power supply to half or quarter or thereabouts.

Modulation of electrical energy is usually implemented using pulse-width modulation, instead of on/off switching, when the power is either fully off or fully on.

Additionally, the heater profile can also be modified for when an adult smoker applies negative pressure to the electronic smoking device. Using the MEM5 flow sensor allows you to measure the pull force and use it as feedback for the controller 2105 to regulate the electricity that is supplied to the container heater, which can be called the heating supply or the power supply.

When the controller 2105 recognizes the currently installed container (for example, using the 5KI code), the controller 2105 selects the appropriate heating profile that is designed for that particular container. The controller 2105 and the information carrier 2145 store data and algorithms that allow you to create heating profiles for all articles (ZK). Adult smokers can also adjust the heating profiles to their preferences.

As shown in Fig. 21, the controller 2105 sends data to and receives data from the power supply unit 2110. The power unit 2110 contains a power source 2110r and a power controller 211ba to control the output power of the power source 211006.

The power source 211060 can be a lithium-ion battery or one of its variants, for example, a lithium-ion polymer battery. Alternatively, the power source 21106 may be a nickel-metal hydride battery, a nickel-cadmium battery, a lithium-magnesium battery, a lithium-cobalt battery, or a fuel cell. Alternatively, the 21106 power supply can be rechargeable and include circuitry that allows the battery to be charged using an external charger. In this case, the circuit, when in a charged state, supplies power for a desired (or alternatively, a predetermined) number of puffs, after which the circuit must be re-energized.

Connect to an external charger.

The power controller 2110a issues commands to the power source 211065 based on commands from the controller 2105. For example, the power supply 2110 may receive a command from the controller 2105 to supply power to the container (using the electrical interface 2120/data interface 2120) when the container is authenticated and matured. the smoker actuates the system 2100 (eg, by actuating a switch such as a button switch, capacitive sensor, infrared sensor). When the container is not authenticated, the controller 2105 may not command the power unit 2110 or command the power unit 2110 not to power. In another embodiment of the invention, the controller 2105 can disable all operations of the system 2100 if the container has not been authenticated.

In addition to supplying electricity to the container, the power unit 2110 can also supply power to the controller 2105. Moreover, the power controller 2110a can provide feedback to the controller 2105, which determines the characteristics of the power source 21106.

The controller 2105 sends data to at least one antenna 2140 and receives data from at least one antenna 2140. This at least one antenna 2140 may include a short-range wireless communication module (SMU) and a low-power (IE) wireless communication module and/or other modules for other wireless communication technologies (for example, UMi-Ri). In one embodiment of the invention, the data transfer stacks are located in the modules, but the modules are controlled by the controller 2105. The Visefoi IE module is used to transfer data to an external device (for example, a smartphone) and control the specified application. The MES module can be used to pair an electronic smoking device with an application and retrieve diagnostic information. Moreover, the MES module can be used to provide location information (for an adult smoker - to locate an electronic smoking device) or authentication during purchase.

As described above, the system 2100 can produce and regulate different smoking profiles.

The controller 2105 uses the power unit 2110 and controls 2115 to configure the adult smoker profile.

The controls 2115 include passive and active actuators for setting the desired vapor generation profile. For example, the housing may contain an inlet channel in the mouthpiece. The control means 2115 can control the input channel based on commands from the controller 2105 associated with the desired steam generation profile.

Moreover, the control means 2115 are used to supply power to the heater together with the power supply unit 2110. More specifically, the control means 2115 are designed to generate a control signal associated with the desired smoking profile. As described above, each possible profile is associated with a control signal. Upon receiving a command from the controller 2105 that indicates the desired smoking profile, the control means 2115 can generate the appropriate modeling signal for the power unit 2110.

The controller 2105 provides information to the smoker indicators 2135 to indicate to the adult smoker the status and operations performed. The smoker indicators 2135 include an electrical indicator (eg, GEO) that can be actuated when the controller 2105 determines that the adult smoker has pressed the button. Smoker indicators 2135 may also include a vibrating device, an acoustic system, an indicator of the current state of a smoking parameter that can be controlled by the smoker (eg, vapor volume), and other feedback mechanisms.

Furthermore, the system 2100 may include a number of product controls 2150 that transmit commands from the adult smoker to the controller 2105. The product controls 2150 include an on/off button, which may be, for example, a toggle button, a capacitive sensor, or an infrared giver The vaping controls 2150 on the product may additionally include a vapor control button (if an adult smoker wishes to bypass the vaping element without buttons to power the heater), a full reset button, a touch-based sliding control (to control the setting of a smoking parameter such as puff volume), a smoking control button for actuating the movable control means and a mechanical adjustment for the air inlet.

When the container is authenticated, the controller 2105 controls the power unit 2110, controls 2115, smoker indicators 2135, and antenna 2140 according to the wishes of the adult smoker using the electronic smoking device and the information stored in the container's SS-MMM... Read More In addition, the controller 2105 may include registration functions and may be able to implement algorithms for calibrating the electronic smoking device. Logging functions are performed by the controller 2105 to record usage data, as well as data about unexpected events or malfunctions. Recorded usage data may be used for diagnostics and analytics. The controller 2105 may calibrate the electronic smoking device using push-button smoking, adult smoker configuration, and information stored in the SS-MMUM, including determination of puff, vape level, and vape composition.

For example, the controller 2105 can command the power supply unit 2110 to supply electricity to the heater in the container based on the smoking profile associated with the composition of the composition to be vaporized in the container. Alternatively, the smoking profile may be contained in the SS-MUM and may be used by the controller 2105.

In Fig. 22 is a view illustrating a schematic diagram of a housing container system in accordance with 3 in one embodiment of the invention. Container system 2200 may be in container 502 , container 302 , or container 402 .

As shown in Fig. 22, container system 2200 includes SS-MMM 2205, electrical interface 2210/main element data interface 2210, heater 2215, and container sensors 2220. The container system 2200 communicates with the system 2100 using the electrical interface 2210/data interface 2210 of the case and the electrical interface 2120/interface 2120 of the container data. The electrical interface 2210/data interface 2210 of the housing may correspond to the electrical contacts 416 and the connection 417 for data transfer, which is connected to the container 402, as, for example, shown in FIG. 19. Thus, SS-MUM 2205 is connected to data connection 417 and electrical contacts 416.

CO-MMM 2205 contains a cryptographic coprocessor 2205a and a non-volatile memory 2205r. The controller 2105 can access the information stored in the non-volatile memory 2205606 to perform authentication and manage the container with the help of interaction with the cryptographic coprocessor 2205a.

The non-volatile memory 2205r may contain electronic identification information to allow for at least either authentication of the container 402 or combination of operating parameters that depend on the type of container when the container is inserted into the through hole of the housing. In addition to authentication based on the electronic identification information of the container, the controller 2105 can allow the use of the container based on the expiration date of the composition to be evaporated and/or the heater, which is contained in the non-volatile memory of the SS-MMM. If the controller determines that the expiration date contained in the non-volatile memory 220506 has passed, the controller may not allow use of the container and disable the electronic smoking device.

Moreover, the non-volatile memory 2205p can store information such as the article number (QN) of the composition to be vaporized in the chamber (which contains the composition to be vaporized), software patches for the system 2100, product usage information such as- the number of puffs, the duration of puffs and the level of the composition to be vaporized. The non-volatile memory 2205606 can store operating parameters specific to this type of container and the composition of the composition to be vaporized.

For example, the non-volatile memory 22050 may store the electrical and mechanical design of the container for use by the controller 2105 in order to determine the commands that correspond to the desired smoking profile.

The level of composition to be evaporated in the container can be determined, for example, in one of two ways. In one example embodiment of the invention, one of the sensors 2220 of the container directly measures the level of the composition to be evaporated in the container.

In another embodiment of the invention, the non-volatile memory 220560 stores the number of puffs from the container, and the controller 2105 uses the number of puffs as the value of the amount of vaporized composition to be vaporized.

The controller 2105 and/or the information carrier 2145 may store evaporable composition calibration data that identifies some operating point for the composition of the evaporable composition. The evaporable composition calibration data includes data that describes how flow varies with evaporable composition level or how volatility varies with evaporable composition lifetime and can be used for calibration performed by controller 2105. Data calibration of the composition to be vaporized can be stored by the controller 2105 and/or the information carrier 2145 in tabular format. The calibration data of the composition to be vaporized allows the controller 2105 to equate the number of puffs and the amount of vaporized composition.

The controller 2105 records the level of the composition to be vaporized and the number of puffs in the non-volatile memory 22050 in the container, so that if the container is removed from the housing and

When reinstalled later, the 2105 controller will still know the exact level of composition to be vaporized.

Operating parameters (eg power supply, power supply duration, air channel control) are also called smoking profile. Moreover, the non-volatile memory 220506 can record the information transmitted by the controller 2105.

Non-volatile memory 220565 can store recorded information even when the case is disconnected from the container.

In one embodiment of the invention, the non-volatile memory 22050 may be a programmable non-volatile memory device.

The heater 2215 is actuated by the controller 2105 and transfers heat to the composition to be vaporized according to the profile (volume, temperature (based on the power profile) and aroma) specified by the controller 2105.

The heater 2215 can be a wire coil surrounded by a wick, a grid, a surface, or can be made of, for example, a ceramic material. Examples of suitable materials with electrical resistance are titanium, zirconium, tantalum and platinum group metals. Examples of suitable metal alloys include stainless steel, alloys containing nickel, cobalt, chromium, aluminum, titanium, zirconium, hafnium, niobium, molybdenum, tantalum, tungsten, tin, gallium, manganese and iron, and superalloys based on nickel, iron, cobalt, stainless steel. For example, the heater may be made of nickel aluminides, surface aluminum oxide material, iron aluminides, and other composite materials, electrically conductive/resistive material, if desired, may be incorporated, or may contain or may be coated with an insulating material or on the contrary, depending on the dynamics of energy transfer and the necessary external physical and chemical properties. In one embodiment of the invention, the heater 2215 contains at least one material selected from the group consisting of the following: stainless steel, copper, copper alloys, nickel-chromium alloys, superalloys, and combinations thereof. In one embodiment of the invention, the heater 2215 is made of nickel-chromium alloys or iron-chromium alloys. In one variant of the implementation of the invention, the heater 2215 can be a ceramic heater, on the outer surface of which a layer with electrical resistance is provided.

In another variant of the implementation of the invention, the heater 2215 can be made of iron aluminide 60 (for example, EReAlI or GrezAlI), such as described in patent Sh5 Mo 5 595 706, authors

Sikka (5ikKa) and others, and registered on December 29, 1994, or nickel aluminides (for example,

MizAIi), which are incorporated into this document by reference.

Heater 2215 may determine the amount of composition to be vaporized based on feedback from the container sensors or controller 2105. The flow of composition to be vaporized may be regulated by microcapillary action or wick action. Moreover, the controller 2105 can send commands to the heater 2215 to adjust the air inlet to the heater 2215.

The sensor 2220 of the container may include a heater temperature sensor, a means of tracking the flow of the composition to be evaporated, and a means of tracking the flow of air. The heater temperature sensor can be a thermistor or thermocouple, and the flow detection can be performed by the container system 2200 using electrostatic interference or a rotating in-fluid device. The air flow sensor can be a flow sensor based on a microelectromechanical system (MEM5), or a sensor of another type, made with the ability to measure air flow.

The data received from the container sensors 2220 can be sampled at a sampling rate that corresponds to the measured parameter using a discrete multi-channel analog-to-digital converter (ADC).

In Fig. 23 is an exploded view illustrating another container of an electronic vaporizer according to one embodiment of the invention. As shown in Fig. 23, a pierced rod mechanism is used to actuate the container 602 before use. In one embodiment of the invention, the container 602 includes an upper casing 604, a seal 606, a foil 608, a blade 610, a rod 612, a sealing ring 614, a lid 616, an evaporator 618, a lower casing 620, and an electrical connector assembly 622 (electrical connector). .

The container 602 is configured to store the composition to be vaporized in an internal, hermetically sealed, chamber to isolate the composition to be vaporized from other internal elements prior to actuation of the container 602 for smoking purposes.

Since the composition to be vaporized is isolated from the environment as well as from the internal elements of the container 602 that could potentially react with the composition to be vaporized, the possibility of adverse effects on shelf life and/or organoleptic characteristics can be reduced or avoided ( e.g. fragrance) of the composition to be evaporated. The inner, hermetically sealed, chamber in the container 602 may be a reservoir bounded by an upper casing 604, a seal 606, and a foil 608.

The blade 610 is designed to be attachable or attachable to the upper portion of the rod 612. Attachment or attachment can be accomplished using snap-on, friction, adhesive, or other suitable attachment technology. The top of the blade 610 may include one or more curved or concave edges that taper upward to a pointed tip. As shown in Fig. 23, two blades 610 and two corresponding rods 612 may be provided on opposite sides of the evaporator 618, although the invention is not limited to this option.

Each of the blades 610 may have two pointed tips with a concave edge between them and a curved edge adjacent to each pointed tip. The radii of curvature of the concave edge and the curved edges can be the same, and their arc lengths can be different. The blade 610 may be made from a sheet of metal (eg, stainless steel) that is cut or otherwise shaped to give the blade a desired profile and bent to the final shape. In another example, the blade 610 may be made of plastic if the foil 608 is relatively thin.

The lower section of the rod 612 is made so that it passes through the lower section of the lower casing 620 of the container. The far end of the lower section of the rod 612 is also provided with a sealing ring 614 and closed with a cover 616. The sealing ring 614 can be made of silicone. The node 622 of the electrical connector 622 is made to provide an electrical connection between the container 602 and a power source (eg, a battery) to supply power to the vaporizer 618 when the container 602 is inserted into the housing for smoking.

In Fig. 24A is a top view illustrating the container of FIG. 23 in the folded position and before activation. In Fig. 248 is an oblique cross-sectional view illustrating the container of FIG. 23 in the folded position and before activation. As shown in Fig. 24A and Fig. 24B, the upper cover 604 of the container is designed to engage with the lower cover 620 of the container. The engagement can be carried out with the help of an engaging connection, a friction connection, an adhesive or another suitable connection technology.

The upper part of the vaporizer 618 is designed to pass into the channel in the upper casing 604 of the container, and the lower part of the vaporizer 618 is designed to engage with the electrical connector assembly 622. The part of the container 602 above the foil 608 for storing the composition to be vaporized can be considered as a chamber for the composition to be vaporized, and the part of the container 602 below the foil 608 can be considered as a compartment for the device. The compartment for the device can additionally be considered as divided into at least a part for heating and a part for electronics. In one embodiment of the invention, the evaporator 618 is considered as a portion of the heating portion.

Before the container 602 is actuated, the blade 610 and the rod 612 will be below the foil 608 and thus below the reservoir containing the composition to be vaporized. As a result, the far end of the lower portion of the rod 612 (which is closed by the cover 616) will protrude from the lower part of the lower casing 620 of the container. Foil 608 is made strong enough to remain intact during normal handling and/or normal handling of container 602 to prevent premature/accidental damage.

For example, the foil 608 may be a coated foil (eg, titanium with an aluminum substrate).

In Fig. 25A is a top view illustrating the container of FIG. 23 in the folded position and after activation. In Fig. 258 is an oblique cross-sectional view illustrating the container of FIG. 23 in the folded position and after activation. In Fig. 250 is an oblique cross-sectional view illustrating the container of FIG. 23 in the folded position and after activation. As shown in Fig. 25A and Fig. 258 and Fig. 25C, to actuate the container 602, the rod 612 is pushed inward. An adult smoker can manually push the rod 612 inwards before inserting the container 602 into the housing. In such an example, the container 602 may be configured to make an audible sound (eg, a click) to indicate to the adult smoker that the rod 612 has advanced enough to actuate. In addition, the container 602 can be made with the possibility of fixing the rod 612 so that it does not slide out after actuation. As an alternative, the rod 612 can be pushed in simultaneously with the introduction of the container 602 with the help of engaging elements on the body. In another non-limiting embodiment of the invention, the non-actuated container 602 may be first inserted into the housing and then the rod 612 may be mechanically pushed inward by the housing to actuate it.

From the container 602. The act of pushing the rod 612 can be done automatically by the housing or it can be done by pressing a button by an adult smoker. Moreover, the container 602 can be made so that the rod 612 does not protrude from the lower section of the lower casing 620 of the container in the non-actuated state.

When the container 602 is actuated, the inward movement of the rod 612 causes the blade 610 to pierce and cut the foil 608 to release the composition to be vaporized from the container. In one embodiment of the invention, the rod 612 includes an inner side that bends back the foil 608 after (or at the same time) it is pierced and cut by the blade 610. In such an example, the foil 608 can be pressed against the seal 606 with the help of the inner side of the rod 612. The rod 612 may also include a groove or channel that extends from the upper portion of the rod 612 (which is adjacent to the blade 610) and extends along a portion of its length. The container 602 may be designed so that the lower end of the groove or channel will be aligned with the opening in the evaporator 618 when the rod 612 is pushed inward when actuated. A groove or channel in the rod 612 may facilitate the flow of the composition to be vaporized into the opening of the vaporizer 618. The vaporizer 618 includes a heater that will be in thermal contact and/or fluid communication with the composition to be vaporized after actuation of the container 602. The heater in vaporizer 618 may contain a number of suitable types and configurations. During smoking, the vaporizer 618 will be actuated to heat the composition to be vaporized in order to generate vapor, which will be drawn through the channel of the upper jacket 604 of the container when negative pressure is applied to the mouthpiece of the electronic vaporizer.

In Fig. 26 is an exploded perspective view illustrating another container of an electronic vaporizer according to one embodiment of the invention. As shown in Fig. 26, a rotary punching mechanism is used to actuate the container 702 before use. In one exemplary embodiment, a container 702 includes a container top shell 704, a lid 706, a foil 707, a foil cover 708, a blade 708, a screw 712, an evaporator 714, a liner 716, a container bottom shell 718, a first contact 720, a second contact 722, and a printed fee (RSV) 724.

The container 702 is designed to store the composition to be vaporized in an internal, hermetically sealed chamber to isolate it from other internal elements prior to activation of the container 702 for smoking. Since the composition to be vaporized is isolated from the environment as well as from the internal elements of the container 702 that could potentially react with said composition, the potential for adverse effects on shelf life and/or organoleptic characteristics (eg, aroma ) composition to be evaporated.

The inner, hermetically sealed folded chamber in the container 702 may be a reservoir defined by the container top casing 704, lid 706, and foil 707.

The cover of the 708 foil can be made of stainless steel. In one embodiment of the invention, the container 702 can be made so that the foil 707 is combined with the lid 706 to seal the tank. Alternatively, the foil 707 may be contained within the container 702 as a structure separate from the lid 706 .

The blade 710 can be configured to fit on top of the screw 712. The size and shape of the blade 710 can be such that it limits or prevents lateral or rotational movement on the top of the screw 712 and allows for axial displacement. In Fig. 26, the blade 710 is shown as having two pointed tips on opposite sides of the central opening. However, it should be understood that the invention is not limited to the specified variant.

The 710 blade can be made of stainless steel. Additionally, the blade 710 may be made of plastic if the foil 707 is relatively thin.

The upper part of the evaporator 714 is made with the possibility of passing through the central holes of the screw 712, the blades 710, the foil cover 708 and the cover 706 into the channel in the upper casing 704 of the container. The insert 716 is designed to receive the lower part of the evaporator 714, and both the insert 716 and the lower part of the evaporator 714 are located in the lower casing 718 of the container. Insert 716 can be made of brass. The lower part of the screw 712 is designed to connect with the lower cover 718 of the container with the help of a thread. The first contact 720 and the second contact 722 can be made of beryllium copper (Libra).

In Fig. 27A is a top view illustrating the container of FIG. 26 in the folded position and before activation. In Fig. 278 is an oblique cross-sectional view illustrating the container of FIG. 26 in the folded position and before activation. As shown in Fig. 27A and Fig. 27B, the upper cover 704 of the container is made with the possibility of connection with

With a cover 706, and the upper part of the screw 712 is designed to be inserted into the cover 706. In one embodiment of the invention, the outer side wall of the screw 712 adjoins the inner side wall of the cover 706. The lower part of the screw 712 is threadedly connected to the lower casing 718 of the container and the threaded connection is made so that the lower casing 718 of the container can be rotated in a first direction to move upwards towards the upper casing 704 of the container. The threaded engagement can also be made with the possibility of preventing the unscrewing of the lower cover 718 of the container from the screw 712 when rotating in the opposite, second, direction.

Before actuation, the blade 710 can rest on the upper recessed surface of the screw 712 and/or on the support edge of the evaporator 714. The evaporator 714 is made to be movable with the lower casing 718 of the container. As a result, rotating the lower case 718 of the container to move the lower case 718 of the container also moves the evaporator 714 (and insert 716).

The size and shape of the central hole in the screw 712 is designed to allow the evaporator 714 to move in the reverse direction.

In Fig. 28A is a top view illustrating the container of FIG. 26 in the folded position and after activation. In Fig. 288 is an oblique cross-sectional view illustrating the container of FIG. 26 in the folded position and after activation. In Fig. 28C is an oblique cross-sectional view illustrating the container of FIG. 26 in the folded position and after activation. As shown in Fig. 28A and Fig. 288 and Fig. 28C, the container 702 can be actuated by holding the upper housing 704 and rotating the lower housing 718 relative to the upper housing 704. In such an example, as a result of the rotation, the lower housing 718 will move along the thread of the screw 712 until the lower housing 718 abuts or rests on the lower surface of the screw 712. Alternatively, the container 702 can be actuated by holding the lower housing 718 and rotating the upper housing 704 relative to the lower housing 718. In such an example, the rotation will cause the screw 712 to move into the lower housing 718 until the lower surface of the screw 712 will not adjoin or rest against the lower casing 718 of the container.

The container 702 can be made so that the lower casing 718 (or, conversely, the upper casing 704) rotates 360 degrees to actuate the container 702. However, it should be understood that the invention is not limited to this option. For example, the container 702 may be 60 designed so that it may only require a 180-degree turn to actuate.

After the necessary rotation, the upper casing 704 will adjoin the lower casing 718 and will be aligned with it, as a result of which the container 702 has relatively continuous front, side and rear surfaces, that is, it will have a more compact shape compared to a longer, unreduced action, the state shown in Fig. 27A and Fig. 278.

As the lower shroud 718 (or, conversely, the upper shroud 704) rotates, the evaporator 714 will move into the upper shroud 704. As a result, the blade 710 will also move along the axis, being pushed into the upper shroud 704 by the support rib of the evaporator 714 to piercing and cutting the foil 707, that is, releasing the composition to be evaporated from the tank. The inner side wall of the top of the screw 712 (within which the blade 710 is located) can act as a guide for the axial movement of the blade 710. The upper portion of the evaporator 714 is designed to fit snugly in a channel in the upper casing 704.

In one example embodiment of the invention, the container 702 may be configured to produce an audible sound (eg, a click) to indicate to the adult smoker that the required amount of rotation has been achieved and that the blade 710 has moved inward enough for actuation. The container 702 can also be made so that the upper casing 704 and the lower casing 718 have been fixed so as not to return after actuation.

For example, an audible sound may coincide with a feature of fixation, while both of these features may be implemented using a hook-type design, which is made with the possibility of implementation by turning.

When the container 702 is actuated, the blade 710 pierces and cuts the foil 707 to release the composition to be vaporized from the tank. In addition, the foil cover 708 bends the foil 707 back after (or at the same time as) it is pierced and cut by the blade 710. In addition, due to the tight fit of the vaporizer 714 to the top shell 704 of the container, the possibility of leakage of the released composition that is subject to evaporation from the tank directly into the channel after activation. The container 702 may be configured so that the composition to be vaporized, released from the tank, flows into the vaporizer 714 through a side opening. Vaporizer 714 includes a heater that will be in thermal contact or fluid communication with the composition to be vaporized upon actuation of container 702. Upon firing, vaporizer 714 will be actuated to heat the composition to be vaporized to create a vapor that will be drawn through the channel of the upper casing 704 of the container when negative pressure is applied to the mouthpiece of the electronic vaporizer.

In Fig. 29 is an exploded view illustrating another container of an electronic vaporizer according to an embodiment of the invention. As shown in

Fig. 29, a reciprocating mechanism is used to actuate the container 802 before use. In one embodiment of the invention, the container 802 includes an upper casing 804 , a foil holder 806 , a foil 807 , a cutter 808 , a screw 810 , an evaporator 812 , a support 814 , a sealing ring 816 , and a lower casing 816 .

The container 802 is made with the possibility of storing the composition to be vaporized in an internal, hermetically sealed chamber, so that this composition does not depend on other internal elements until the container 802 is actuated for the purpose of smoking. Since the volatilizable composition is isolated from the environment as well as from the internal elements of the container 802 that could potentially react with the volatilizable composition, the potential for adverse effects on shelf life and/or organoleptic characteristics may be reduced or avoided ( e.g. fragrance) of the composition to be evaporated. The inner, hermetically sealed chamber in the container 802 may be a reservoir defined by the container's top casing 804, foil holder 806, and foil 807. In one embodiment of the invention, the container 802 may be designed so that the foil 807 is combined with its holder 806 to seal the tank. Alternatively, the foil 807 may be contained in the container 802 in the form of a structure separate from the holder 806 of the foil.

The cutter 808 is made with the possibility of piercing and cutting the foil 807 in order to release the composition that is subject to evaporation from the tank during the actuation of the container 802.

To perform punching and cutting, cutter 808 may include a punching/pressing member that protrudes from its outer side wall. For example, the piercing/pressing element may be a pair of toothed structures located on opposite sides of the outer side wall of the cutter 808. However, it should be understood that the invention is not limited to this option.

In the folded state, the evaporator 812 passes through the cutter 808, and both structures will be located between the foil holder 806 and the screw 810. The cutter 808 is made with the possibility of threaded engagement with the screw 810. The support 814 is made with the possibility of engagement with the lower part of the foil holder 806. The engagement of the support 814 and the foil holder 806 can be performed using a snap connection, friction connection, adhesive or other suitable connection technology. The outer diameter of the edge of the screw 810 is greater than the diameter of the hole in the support 814 due to the presence of the edge on the screw 810. The screw 810 is made with the possibility of movement in the lower casing 818 of the container. In one embodiment of the invention, the bottom of the screw 810 contains a ribbed structure, which is located in a groove in the lower body 818 of the container. As a result, the rotation of the container bottom shell 818 also causes the screw 810 to rotate. Accordingly, in addition to the groove/rib design example mentioned above, it should be understood that other suitable designs may be used to engage the screw 810 and the container bottom shell 818 options

In Fig. ZOA is a top view illustrating the container of FIG. 29 in the folded position and before activation. In Fig. Fig. 1 shows an oblique cross-sectional view illustrating the container of Fig. 29 in the folded position and before activation. In Fig. ZOS shows an oblique cross-sectional view illustrating the container of Fig. 29 in the folded position and before activation. As shown in Fig. ZOA and Fig. ZOV and Fig. Z0C, the upper cover 804 of the container is made with the possibility of connection with the foil holder 806. A foil 807 is attached to each angled surface of the foil holder 806 to cover the openings in the angled surfaces. The foil 807 is designed to hermetically seal the reservoir until the container 802 is actuated. The evaporator 812 passes through the cutter 808 and the foil holder 806 so that the end section of the evaporator 812 protrudes into a channel in the upper casing 804 of the container. The cutter 808 is threadedly connected to the screw 810, and the screw 810 is located in the lower casing 818 of the container. The threaded connection of the cutter 808 and the screw 810 can be made so that the cutter 808 will move upwards towards the upper cover 804 of the container when the screw 810 (through the lower cover 818 of the container) is rotated in the first direction. On the contrary, in such an embodiment of the invention, said threaded connection can be made so that the cutter 808 will move down to its original position and thus towards the lower housing 818 of the container when the screw 810 is rotated (through the lower housing 818 of the container) in the opposite, second direction.

When container 802 is in a non-actuated (or resealed) state, as shown in FIG. ZOA, ZOV and Fig. ZOS, the cutter 808 will be located next to or adjacent to the bottom of the inner, recessed, surface of the screw 810. In this non-actuated state, the side opening in the evaporator 812 (through which the composition to be vaporized after actuation will enter) will be closed by the cutter 808 In one embodiment of the invention, the inner surface of the cutter 808 may also be coated with a film or layer (eg, a silicone film) that is impermeable to the composition to be vaporized to assist in closing the side opening of the vaporizer 812 when penetration of the composition to be vaporized is not desired. , such as when the container 802 is resealed after activation (which will be described in detail below).

The container 802 may be actuated by holding the upper housing 804 of the container and rotating the lower housing 818 of the container relative to the upper housing 804. Alternatively, the container 802 may be actuated by holding the lower housing 818 and rotating the upper housing 804 relative to the lower housing 818. In addition In addition, the container 802 may be configured such that the lower housing 818 (or, alternatively, the upper housing 804) rotates 360 degrees to actuate the container 802. However, it should be understood that the invention is not limited to this option. For example, the container 802 may be designed so that only a 180 degree rotation may be required for actuation. During actuation, the rotation discussed above causes the cutter 808 to move upward to pierce and cut the foil 807 that closes each of the openings in the angled surfaces of the foil holder 806, thereby releasing the composition to be vaporized from the tank.

In Fig. 3A is a top view illustrating the container of FIG. 29 in the folded position and after activation. In Fig. 318 is an oblique cross-sectional view illustrating the container of FIG. 29 in the folded position and after activation. In Fig. 31C is an oblique cross-sectional view illustrating the container of FIG. 29 in the folded position and after activation. As shown in Fig. C1A and Fig. 318 and Fig. 31C, when the container 802 is in operation, the cutter 808 will be next to or adjacent to the back side of the foil holder 806. As a result, the punching/squeezing elements on the outer sidewall of the cutter 808 will protrude through the holes in the angled surfaces of the foil holder 806 so as to pierce and cut the corresponding foil 807 to release the composition to be vaporized from the reservoir. In addition, the side opening in the evaporator 812 will be aligned with the side opening in the cutter 808 to allow the vaporizable composition released from the tank to enter the evaporator 812 through the aligned side openings. Vaporizer 812 includes a heater that will be in thermal contact and fluidic communication with the released vaporizable composition upon actuation of container 802. During smoking, vaporizer 812 will be actuated to heat the vaporizable composition to generate vapor. , which will be drawn through the channel of the upper casing 804 when negative pressure is applied to the mouthpiece of the electronic vaporizer.

Actuated container 802 can also be switched between an open state (Fig.

C1A and Fig. 318 and Fig. 31C) and the closed state (Fig. ZOA and Fig. ZOV and Fig. 30C) by changing the position of the cutter 808. In this context, the term "open" should be understood as a state in which the side opening of the evaporator 812 is not closed by the cutter 808. Unlike above, the term "closed" is to be understood as a state in which the side opening of the evaporator 812 is closed/resealed. The container 802 can be closed by moving the cutter 808 back to its original position to close/reseal the side opening of the evaporator 812.

Returning the cutter 808 to its original position (toward the container bottom shroud 818) can be accomplished by turning the screw 810 (through the bottom shroud 818) in the opposite, second direction, so as to close/re-seal the side opening of the evaporator 812. The cutter 808 can be considered a shuttle-type design due to its ability to move up and down to switch container 802 from a closed to an open state or vice versa. Re-sealing can divert the composition to be vaporized from entering the vaporizer 812. As a result, the container 802 can be stored with a reduced risk of leakage.

In Fig. 32 is an exploded view illustrating another container of an electronic vaporizer according to an embodiment of the invention. As shown in Fig. 32, the container 902 has a simplified design. In one embodiment of the invention, the container 902 includes an upper casing 904, an evaporator assembly 906, a seal 908, a lower casing 910, an electrode section 912, a connector housing 914, an air flow sensor 916, a printed circuit board 918, a connector 920 data communication contacts and contacts 922 data transfer. Electrode section 912 and data transfer contacts 922 can be made of beryllium copper (BeCy). The body 914 of the connector and the connector 920 of the data transfer contacts can be made of polybutylene terephthalate (PBT).

The air flow sensor 916 can be a flow sensor, and the flow sensor can be made of a nickel-iron alloy. Electrode section 912, connector housing 914, air flow sensor 916,

C5 printed circuit board (PCB) 918, connector 920 data transfer contacts and data transfer contacts 922 for the electrical assembly of the connector 622.

Electrode section 912 includes an anode 2335: and a cathode 23352. Anode 23351 and cathode 23352 are each fabricated by photoetching or stamping from sheet metal, then press/bending with a tool or mold to obtain the structure shown in FIG. 32 and ZBA-350. Anode 2335: and cathode 23352 are described in more detail below with references to

Fig. ZBA-Z5E.

In Fig. 33 shows a cross-sectional view illustrating the container of FIG. 32 in the folded position. As shown in Fig. 33, the container 902 contains an upper casing 904, which is designed to be connected to the lower casing 910 by means of a seal 908. The container 902 is designed so that the composition to be evaporated, which is stored in the container 902, is already in thermal contact and/ or communicates through the fluid medium with the heater in the unit 906 of the evaporator. As a result, no actuation is required to internally release the composition to be vaporized prior to inserting the container 902 into the body of the electronic vaporizer. However, it should be understood that other internals of the container 902 (eg, electronics) may be isolated from the composition to be vaporized at least by the seal 908. The portion of the container 902 above the seal 908 may be considered a chamber for the composition to be vaporized, and the portion the container 902 below the seal 908 can be considered as a compartment for the device. When smoking, the heater in the vaporizer assembly 906 will be actuated to heat the composition to be vaporized to generate vapor, which will be drawn through the channel of the upper casing 904 when negative pressure is applied to the mouthpiece of the electronic vaporizer.

In Fig. 34 shows a partial view illustrating an electronic vaporizing device, while the container of FIG. 33 is inserted into the housing, according to one embodiment of the invention.

As shown in fig. 34, the container 902 can be held in the housing 924 in various ways. In one embodiment of the invention, the mouthpiece seal may secure the top of the container 902 and the electrical connector may secure the bottom of the container 902 and act as the electrical interface between the container 902 and the housing 924. The mouthpiece seal may be made of silicone and may act as a connection between container channel 902 and housing passage 924 to facilitate delivery of vapor through housing passage 924 when negative pressure is applied to the mouthpiece.

The body mouthpiece 924 may contain other parts and have other configurations for aesthetic reasons (e.g., an outer piece to complement the look and feel of an electronic vaporizer) and/or for functional reasons (e.g., an inner piece to regulate vapor temperature and/or reduce vapor turbulence ). Thus, a number of different mouthpieces can be used with the electronic vapor generator, depending on the preferences of the adult smoker. In this regard, the mouthpiece is removable and interchangeable (for example, with the help of a bayonet connection). Alternative configurations of the mouthpiece are described in patent document 5 29/575 895 (patent registry number 24000-000325-05 (A C52829)), which is incorporated herein in its entirety by reference. In addition, alternative housing configurations are described in patent document O5 29/575 887 (patent registry number 24000-000327-0O05 (AG C52829)), which is incorporated herein by reference in its entirety. Alternative container configurations are also described in patent document 5 29/575 881 (patent registry number 24000-000326-05 (AG C5 2829)), which is incorporated herein in its entirety by reference. Moreover, alternative configurations of the entire electronic vaporizing device are described in patent document 05 29/575 883 (patent registry number 24000-000308-05 (A! C52829)), which is incorporated herein in its entirety by reference. Based on this theory, and although not necessarily set forth herein, it is to be understood that various features and combinations of one embodiment of the invention may be suitable or applicable to other embodiments of the invention, depending on the desired effects provided such signs and combinations.

In Fig. 35A shows a front view of an example embodiment of a container system that includes a connector assembly to provide electrical/data connection to the container and housing. In Fig. 358 shows a perspective view illustrating the connector assembly for

Koo) Fig. Z5A.

As shown in Fig. C5A, the electrical connector assembly 622 is located in the receiving area 2310 of the container system. The connector node 622 is connected to the evaporator node 906, which will be described in detail below.

As shown in Fig. 35V, electrical connector assembly 622 contains several plate-like contacts 23201-23206 and two power contacts 23301-23302. Several plate-like contacts 23201-23206 and two power contacts 23301-23302 are installed on the holder 2340 of the assembly 622 of the electrical connector.

The holder 2340 is formed by the electrode section 912, the housing 914 of the connector and the connector 920 of the data transfer contacts. The housing 914 of the connector contains four side surfaces 23461-2346b4, which form a square shape. A data contact connector 920 is mounted on one open end of the square to form a first (e.g., front) surface 23421 of the holder 2340, and an electrode section 912 is mounted on the other open end of the square to form a second (e.g., rear) surface 23422 of the holder 2340. The container 920 of the data transfer contacts is attached to the housing 914 of the connector using ultrasonic welding.

Plate-like contacts 23201-23206 protrude through the first surface (front surface) 23421 of the holder 2340 and provide a tight fit in the holder, thus achieving a seal. Plate-like contacts 23201-23206 receive and transmit digital and analog data signals from housing 3700 (which is shown in Fig. 37). Plate-like contacts 23201-23206 are evenly distributed and can have the same shape. In one example embodiment of the invention, the plate-like contacts 23201-23206 have a thickness equal to 0.2 mm, protrude from the body 914 of the connector by approximately 2.1 mm, pass into the body of the connector by 1 mm (as shown with the help of the cantilever part 2320 : in Fig. 37C) and pass approximately 3 mm along the housing 914 of the connector. Cantilever parts 23201g-23206e of plate-like contacts 23201-23206, respectively, pass into RSV 918, as shown in Fig. 350.

Although six plate-like contacts 23201-23206 are shown, the invention is not limited to this embodiment. All plate-like contacts have different functions. Thus, the number of plate-like contacts is based on the functions of the container system. For example, additional plate contacts can be added to increase the quality of the measured voltage of the vaporizer node 906.

In the example shown in Fig. 358, plate-shaped contacts 23201-2320z are dedicated for digital data exchange of the container system, plate-shaped contact 23204 is dedicated for common ground, and plate-shaped contacts 23205-23206 are dedicated for analog input and output of the thermal anemometer. In addition, the plate-like contacts 23201-23203 exchange data with the programmable non-volatile memory device (PRAM) in the container system using the inter-circuit interface (123) of integrated circuits (for example, respectively, power supply on a digital line, I2C for synchronization and I2C for data ) and plate-shaped contacts 23205-23206 are allocated for supplying electrical energy to the thermo-anemometer and the output signal of the thermo-anemometer.

The electrode section 912 contains two power contacts 23301-23302, which are parts, respectively, of the anode and cathode 23351-23352. Anode and cathode 23351-23352 can be made of midberyllium (SiBe), copper-titanium, or other material that provides elastic strength, low resistance, and compliance under force (to reduce contact resistance). The two power contacts 23301-23302 are arranged to form a circuit from housing 3700 to cathode 23352, to evaporator assembly 906, to anode 2335: and back to housing 3700 when current is applied to evaporator assembly 906.

Anode and cathode 23351-23352 are attached to the housing 914 of the connector with the help of elastic force.

More specifically, when the anode and cathode 23351-23352 are attached to the housing 914 of the connector, the elastic forces of the anode and cathode 23351-23352 induce the protrusions 2337 and 2336 of the housing 914 of the connector to be inserted into the holes, respectively, of the anode and cathode 23351-23352. It should be understood that the protrusions are also located on the opposite side of the body 914 of the connector, so that there is a similar connection of the holes of the anode and cathode 2335-2335" and the protrusions of the body 914 of the connector.

Each of the two power contacts 23301-23302 runs parallel from the first side 23441. above the first surface 2342 to the middle section of the first surface 2342. Each of the power contacts 23301-23302 contains flat sections 23301e, 23302g, which are parallel to the first surface 2342. and semicircular sections 2330che , 23302eg, which pass from the first surface 23421.

Semicircular sections 23301, 23302 are designed to reduce contact resistance.

Contact resistance is determined using a combination of force, surface area, and material compliance. A form that is half a cylinder, semicircular section 23301e, 23302e

Zo provides a contact area along the width of the rectilinear section.

As shown in Fig. 35C, the cathode 23352 extends over the side surface 2346: and defines the rear surface 23422. The portion of the cathode 23352 that defines the rear surface 23422 is attached to the side surfaces 23461-23464.

The portion of the cathode 23352 that defines the rear surface 23422 defines a circle 2348 through which the arms 2350 protrude. The shape of the circle 2348 is made to accept the evaporator assembly 906. The arms 2350 are resilient fingers so that the vaporizer assembly 906 can be inserted into the connector housing 914 and the electrical connector assembly 622. The arms 2350 mechanically retain the vaporizer assembly 906 and minimize assembly time compared to threading. Moreover, the shoulders 2350 provide a downward force acting on the evaporator assembly 906 to ensure good contact with the area 2335 :wimt (shown in Fig. 350).

In Fig. 350 shows a cross section of the holder 2340 along plane A (which is shown in Fig. 35C). Electrode 23351 extends continuously along a portion of side 2346:, along the length of side 2346bz, and along a portion of side 234645. Electrode 23351 may also extend the entire depth of side 23461, side 2346z, and side 23464, or only a portion of the depth.

As shown, a printed circuit board (PCB) 918 is located inside the holder 2340.

Plate-like contacts 23201-23206 for data transmission are attached to the printed circuit board (PCB) 918 with the help of soldering. In another embodiment of the invention, the plate-like contacts 23201-23206 for data transmission can be molded with the insertion into the connector 920 of the data transmission contacts, which is the opposite of a fit with tension.

Electrode 2335: also includes a connecting portion 2335:c that extends from side 2346c to side 23462. Electrode 2335: was bent with excess during manufacture, which creates a spring force to hold electrode 23351 in connector body 914. More specifically, sides 2346: and 23462 contain Mi and Ma notches, respectively. The Mi and Ma grooves are aligned so that the connecting section 233Z51c is essentially perpendicular to both sides of 2346z and 23462. The connecting section 2335:1c contains the sections 2335:veecht that pass over the recesses Mi, M2, and also the section 2335:1vimt that passes inside the holder and runs parallel to the printed circuit board (PCB) 918. Section 2335 1vmt is made to maximize/obtain the desired contact area of the flat surface of the evaporator assembly 906.

An air flow sensor 916, a PRAM (programmable memory device) memory device 2356 and resistors 2358, 2359 are mounted on a printed circuit board (PCB) 918. The PRAM memory device 2356 can act as an authentication device, which is described with reference to FIG. . 21-22. For example, the RKOM storage device 2356 can store data stored using the non-volatile memory 22055 of FIG. 22.

The air flow sensor 916 is located next to the O-shaped notch in the side surface 23464 of the housing 914 of the connector. As shown in Fig. 350, electrodes 2335: and 23352 include grooved portions 2362 and 2364, respectively, which are aligned with the halves of the O-shaped notch, providing a passageway for airflow into the holder 2340. The airflow sensor 916 may be a flow sensor based on a microelectromechanical system (MEM5) , or a sensor of another type, made with the possibility of measuring air flow.

In Fig. C35E shows the electrical connections of the air flow sensor, RKOM and plate-like contacts 23201-23206 for data transmission. As shown in Fig. Z5E, contact 23202 for data transmission provides the synchronizing signal AOTN 5SII for REOM 2356. Contact 2320 for data transmission provides the ability to transmit the input/output signal of ASHTN 5B0BA data to RCOM 2356.

The step-up resistor 2358 is connected between contact 23203 for data transmission and RKOM 2356. Contact 23205 of data transmission provides power to the NMU ROUMEK sensor 916 of air flow. Contact 23206 of data transfer receives the output signal of NUU 5ISMAI. air flow sensor 916. Resistor 2359 is connected between the input terminal of the NUU ROMEBK power supply and the output terminal for the output signal of the NMU 5ISMAI.

In Fig. C5E shows a cross section of container 902 containing vaporizer assembly 906 and electrical connector assembly 622.

As shown in Fig. Evaporator assembly 906 includes an anode portion 2370 and a cathode portion 2372.

Anode portion 2370 is in contact with anode 23351, and cathode portion 2372 is in contact with cathode 2335.

To receive electrical energy (eg, from a power source as previously described with reference to Figs. 21-22), a heater 3510 is attached to the cathode portion 2372 and the anode portion 2370. The heater 3510 is connected to the cathode portion 2372 via a first end

From the wire 3512, and the heater 3510 is connected to the anode part 2370 by means of the other end of the wire 3514. The anode part 2370 passes into the section of the cathode part 2372, but it is physically separated from the cathode part 2372 with the help of an electrical insulator 2374. The electrical insulator 2374 is a silicone gasket that provides insulation between the conductive metal parts of the evaporator assembly 906 and provides a force on the first and second ends 3512 and 3514 to ensure a reliable connection of the wires.

Heater 3510 is shown as a coil wound on wick 3528. However, heater 3510 may have the same features described for heater 2215. Therefore, for brevity, its description is omitted.

The first end 3512 is located between the electrical insulator 2374 and the cathode portion 2372. The second end 3514 is located between the electrical insulator 2374 and the anode portion 2370. The first end 3512 and the second end 3514 may be connected to the cathode portion 2372 and the anode portion 2370, respectively. for example, with the help of spot welding or soldering. It should be understood that connections are not limited to soldering or spot welding. Where soldering is used, welding may be used and vice versa.

In Fig. 36 shows another version of the electrical connector assembly containing plate-like contacts 23201-23206 for data transmission. The electrical connector assembly 3600 is similar to the electrical connector assembly 622 except that the shape of the power contacts 2630: and 26302 are different from the shape of the contacts 23301 and 23302. Furthermore, the data contact connector 920a includes notches 26351 and 26352 on one side Contacts 2630; and 26302 power supply

BO are located, respectively, in recesses 2635: and 2635".

In Fig. 37A shows an electronic vaporizer housing 3700 that includes an electrical connector assembly 3710 (electrical connector). The node 3710 of the electrical connector is made with the possibility of connection with the node 622 of the electrical connector, which is shown in Fig. ZBA-35E.

As shown in Fig. 37A, the node 3710 of the electrical connector is located in the receiving area 3720 of the housing. Electrical connector assembly 3710 is connected to printed circuit board (PCB) 3775, which will be described in detail below. A sealing gasket may be located between the electrical connector assembly 3710 and the outer boundary of the receiving region 3720. Alternatively, the electrical connector assembly 3710 may be tension-seated in the receiving region 3720, ultrasonically welded to the receiving region 3720, or chemically welded. . In another embodiment of the invention, the node 3710 of the electrical connector and the receiving area 3720 can be one part.

The frame 3712 is shaped such that the container (eg, shown in Fig. 35A) is held in one orientation within the tolerances of the electrical connector assemblies 622 and 3710.

37B shows a perspective view of the electrical connector assembly 3710. The node 3710 electrical connector contains the main element 3715, two contacts 37251-37252 power (respectively, anode and cathode) and contacts 37321-37326 data transfer.

The main body of the 3715 is injection molded and made of plastic.

The main element 3715 contains receiving grooves 37301-3730-6 for holding data transmission contacts 37321-37326, mounting shoulders 37351-37352 and receiving areas 37371-3737".

Each of the mounting arms 37351 and 37352 extends from opposite sides of the main element 3715 and defines holes for the location of fasteners for attaching the electrical connector assembly 3710 to the printed circuit board (PCB) 3775.

Each of the grooves 37301-3730е6 extends from the upper side 3740 of the main element 3715 to the middle section, which has a height of y, of the main element 3715. The grooves 37301-37306 are open to the upper side 3740 and to the front surface 3742 of the main element 3715. Each of the grooves 37301- 37306 is defined by at least two inner walls of the main member 3715 .

For example, slot 3730; defined with the help of walls 3744a and 3744p, between which there is a groove 37301. Data transfer contacts 37321-37326 are attached to one of the defining walls for each groove. For example, data transfer contact 37321 is attached to the wall 3744r. The grooves 37301-37306 are spaced apart, and the data transmission contacts 37321-37326 are installed so that the data transmission contacts 23201-23206 can be located in the grooves 37301-37306, respectively, and the data transmission contacts 37321-37326 can be in contact , respectively, with plate contacts 23201-23206. Data transfer contacts 37321-37326 are manufactured using photoetching or stamping, preforming and heat treatment to give the data transfer contacts certain mechanical properties such as spring strength. Data transfer contacts 37321-37326 are held, respectively, in grooves 37301-37306 using spikes 3754 (which are shown in Fig. 37C).

On the front surface 3742, the main element 3715 additionally contains receiving areas

From 37371-37372". The receiving regions 37371-37372 are two front surface cut-out regions 3742 that are separated from each other by a wall 3745. The receiving regions 37371-37372 are spaced, respectively, from the sides 3746 and 3747 of the main member 3715 and extend to the wall 3745, which is located in in the middle of the width m/ (except for the mounting arms 37351-37352) of the main element 3715.

In the receiving regions 37371-37372 there are protruding edges 37501 and 3750".

The protruding side 37501 is better shown in fig. 37C.

As shown in Fig. 37C, the power contacts 37251 cover all three sides of the projecting rim 3750: (three sides in the receiving area 37371). The power contact 37251 additionally passes from the side 37501 through an elongated internal gap 3752 of the main element 3715. The power contact 37251 passes behind the main element 3715 behind the receiving area 37371 and through the printed circuit board 3775 in a direction that is perpendicular to the gap 3752. Each contact 37251 and 37252 power contains two pin contacts. As shown in Fig. 37E, power contact 37251 contains pin contacts 37254 and 37251v. Although in Fig. 37E shows only pin 3725: power, it should be understood that pin 37252 power has the same shape.

Power pins 3725: and 37252 are soldered to PCB 3775, penetrating through it.

Each power contact 37251 and 37252 is divided into two pin contacts (for example, 372514 and 372516) to reduce the resistance of the soldered connection and increase the current-carrying capacity.

As shown in Fig. 37C, node 3710 of the connector is installed on the first side 3778

BO printed circuit board 3775 with fasteners 3780 that pass through holes 37351-37352 of the main element 3715 and through the printed circuit board 3775. The printed circuit board 3775 may contain at least some of the components shown in FIG. 21 and which are installed on it, including the controller 2105 and the power source 2110.

In addition, data transfer pins 37321-37326 also pass through PCB 3775.

In Fig. 370 shows the connection of the electrical connector assembly 622 and the connector assembly 3710, which is shown in FIG. 37C. The frame 3712 is shaped so that the container is held in one orientation within the tolerances of the electrical connector assemblies 622 and 3710.

Contacts 37321-37326 of the data transfer device will be connected to contacts 23201-23206 of the data transfer container in their natural/free position. As a result, contacts 37321-

The data transfer device 37326 is compressed by elastic force when the electrical connector nodes 622 and 3710 are connected. This spring force applies pressure to the container's data transfer pins 23201-23206, ensuring a secure connection.

Device power contacts 3725: and 37252 and container power contacts 2330: and 23302 are similarly connected (ie, the spring force of container power contacts 2330: and 23302 applies pressure to device power contacts 3725: and 37252).

Data transmission contacts 37321-37326 are located in the recess of the main element 3715, which helps prevent short circuits.

In Fig. 37E shows a perspective view of the connected node 622 of the electrical connector and the node 3710 of the electrical connector (for example, the connection of the interfaces 2120 and 2210 is provided).

In Fig. 3B shows a front view of an embodiment of a container system that includes a connector assembly to provide an electrical/data interface with the container and housing. In Fig. 388-38C show a view with a spatial separation of the parts of the connector assembly and the evaporator assembly.

As shown in Fig. ZA, the container 3800 includes a triangular-shaped groove 3805 and a connector assembly 3810. The triangular-shaped groove 3805 can be located on at least two sides of the container 3800. The connector assembly 3810 is designed so that the connector assembly (eg, spring contacts) of the housing can contacting the connector node 3810, supplying electrical energy to the container 3800 and exchanging data with the housing.

The connector assembly includes a first power contact 3815, a second power contact 3820, a printed circuit board 3830 (including an open section 3825), and data communication planes 3835.

On the surface of the printed circuit board 3830, which is open to the case, an open section 3825 is located between the first power contact 3815 and the second power contact 3820.

Similarly, the portions of the first power contact 3815 and the second power contact 3820 that are open to the housing are flat and rectangular in shape, with their longitudinal axes perpendicular to the longitudinal axis of the container 3800. The first power contact 3815 and the second power contact 3820 are bent on the printed circuit board 3830 , which is described in more detail below. The first power contact 3815 is part of the anode 3836, and the second power contact 3820 is part of the cathode 3837, as shown in FIG. 388-380.

From the data exchange board 3835 printed on the printed circuit board 3830 and designed to enable digital and analog data exchange between the container 3800 and the case.

The data exchange plates 3835 can be made of copper. However, another conductive material can be used instead of copper. Although six data exchange planes 3835 are shown, it should be understood that more or fewer such planes 3835 may be used.

In Fig. 388-382 from different sides show a view with a spatial separation of the parts of the connector assembly and the evaporator assembly.

As shown in Fig. 388-38C, the first power pin 3815 covers the printed circuit board 3830 to reduce the number of contact points and eliminate the use of tracks on the printed circuit board 3830 for its connection to the first power pin 3815.

Electrode 3837 includes a second power contact 3820, two arms 3840, 3842 that extend from opposite sides of the printed circuit board 3830 and section 3856 of the back plate. Section 3856 of the back plate connects the shoulders 3840, 3842. The second power contact 3820 is connected to the shoulder 3840 with the help of two links 3844-3845. The links 3844-3845 cover the electrode 3837 around the corner 3850 of the printed circuit board 3830, so that the arm 3840 and the second power contact 3820 are essentially perpendicular to each other.

Electrode 3837 may be made of, for example, copper-beryllium (SiBe) or copper-titanium, and may be fabricated by photoetching or stamping from sheet metal, then press/bending with a tool or mold to produce the structure shown in FIG. . 388-380.

The shoulder 3840 includes a rectangular portion 3852 that extends from the printed circuit board 3830 to the wedge-shaped portion 3854 of the lever 3840. The width of the wedge-shaped portion 3854 increases from the rectangular portion 3852 to the backplate section 3856.

Back plate section 3856 defines a circle 3858 through which arms 3860 extend. Circle 3858 is shaped to accommodate first cylindrical portion 3862 of vaporizer assembly 906 such that a first end 3864 of cylindrical portion 3862 contacts electrode 3836. As shown, first end 3864 includes groove 3865 to allow air to enter vaporizer assembly 906 when first end 3864 contacts electrode 3836 .

The radius of the circle 3858 may be 3.25 mm and the radius of each arm 3860 may be 0.75 mm.

The diameter of the second cylindrical part 3866 of the evaporator assembly 906 is larger than the diameter of the first cylindrical part 3862 and said second cylindrical part 3866 is in contact with the electrode 3837, when the first cylindrical part 3862 is in contact with the electrode 3836, thereby an electric current flows between the housing (eg, 3900 in Fig. 39A ), electrode 3836, evaporator node 906 and electrode 3837 when current is supplied from power source 2110 to evaporator node 906.

In Fig. 39A shows one embodiment of the housing 3900 for receiving the container 3800.

As shown, the housing 3900 includes a frame 3905 having four inner walls 39051-39054 that define a receiving area for the container 3800. At least one of the walls 39051-39054 includes a triangular wedge 3910, which is configured to be located in a triangular shaped groove 3805, when the container 3800 is inserted into the corresponding receiving area.

The frame 3905 is an injection molded part and the wedge 3910 is free to move. The injection molding process and plastic material allow the wedge to move as shown in FIG. Z9A. In another embodiment of the invention, a mechanical spring may be added behind the wedge 3910.

In the other inner wall is the connector assembly 3915, which is made with the connector assembly 3810 of the container 3800.

In Fig. 398-39C show more detailed views of the electrical connector assembly 3915, which is illustrated in FIG. Z9A.

As shown in Fig. 39B, connector assembly 3915 includes base 3920 and printed circuit board 3925.

A plurality of spring contacts 3930 and 3935 protrude through holes 3927 in the base 3920. The base 3920 is made of plastic and the holes 3927 help align the spring contacts 3930 and 3935 and protect the spring contacts 3920 and 3925 from shearing when the container 3800 is inserted into the receiving area.

Spring contacts 39301-39304, which are in the outer rows of spring contacts, are aligned to connect to power contacts 3815 and 3820 (two contacts connect to the anode and two contacts connect to the cathode). More specifically, spring contacts 39301-39302 are connected to the first contact 3815 of power, and spring contacts 39303-39304 are connected to the second contact 3820 of power. By having two spring contacts in contact with each power contact, the resistance of the connection is reduced as the flow of electrical energy from the housing 3900 to the container 3800 is improved.

Spring contacts 3935 are located between spring contacts 39301-39304 and they are aligned to connect with the data exchange planes 3835 and form a connection for digital and analog data transmission between the housing 3900 and the container 3800. Thus, the number of spring contacts 3935 can coincide with the number of planes 3835 data exchange.

In one embodiment of the invention, the printed circuit board 3925 may include grooves 3940 to accommodate the locking arms 3945. As shown in FIG. 39C, locking arms 3945 extend through slots 3940 and hold circuit board 3925 in frame 3905. Base 3920 is positioned between circuit board 3925 and frame 3905.

As shown in Fig. 398, a flange 3950 around the base 3920 holds the base relative to the frame 3905 to prevent the base 3920 from falling out of the frame 3915 .

The printed circuit board 3925 can be connected to the main printed circuit board 3775a using discrete wires (not shown). The main circuit board 3775a is similar to the circuit board 3775 as shown in FIG. 37C, except that the printed circuit board 3775a is connected to the spring contacts 39301-39304 by means of wires that are different from the electrodes that penetrate through the printed circuit board 3775.

In Fig. 40 shows a cross-section of electrical connector assembly 3810 and electrical connector assembly 3915, which are connected to each other.

In Fig. 41A-41E show another example of an embodiment of an electrical connector assembly.

The electrical connector assembly 622" shown in Fig. 41 is similar to the electrical connector assembly 622 shown in Figs. 35A-35E. Thus, for brevity, only the differences between the electrical connector assembly 622" and the assembly 622 will be described. electrical connector.

In Fig. 41A, the power contacts 2300 and 23302 (anode and cathode, respectively) are formed by molding into the connector body 914" as shown in Fig. 418. Although Fig. ATA does not show the power contacts 2300: and 23302, which are bent, it should be understood that the power contacts 23001 and 23302 can be bent as shown in Fig. 35A-358B.

The connector 920 of the data transfer contacts is attached to the housing 914" of the connector using ultrasonic welding.

Plate-like contacts 23201-23206 are planted with tension in connector 920! data transfer contacts.

The two power contacts 23301-23302 are parts, respectively, of the anode and cathode 23351 - 23352.

In Fig. 41C shows the anode and cathode 2335: - 2335" Fig. Z5A.

Electrode 23351 includes a tapered edge 4112 inside the connector housing 914" to prevent blocking the air inlet 4113. Similarly, electrode 23352 includes a tapered edge 4115 inside the connector housing 914" to avoid blocking the air inlet 4113.

Electrode 23351" further includes a curved portion 4120 located along corner 4117 of connector body 914". The flared portion 4125 extends from the bent portion 4120 along the side 4130 of the connector housing 914". Two fingers 4135; and 41352 extend from the flared portion 4125 into the interior 4140 of the connector housing 914" as shown in FIG. 418 and 416.

Electrode 23352 further includes a curved portion 4145 located along a corner 4110 of the connector housing 914". An extended portion 4150 extends from the curved portion 4145 along the side 4155 of the connector housing 914". Sides 4155 and 4130 are opposite sides of connector body 914". Two fingers 4160; and 41602 extend from flared portion 4125 into interior space 4140 of connector body 914" as shown in FIG. 418 and 4160.

In Fig. 410 shows a rear view of the electrical connector assembly shown in FIG. ATA. As shown in Fig. 410, the connector housing 914" includes a rear face 4170 that is connected to the sides 4130, 4155, 4175 and 4180. The rear face 4170 and the sides 4130, 4155, 4175 and 4180 may be a single piece of plastic, in contrast to the housing 914 of the connector, which is shown on

Fig. ZBA-350. More specifically, the body 914" of the connector includes five side surfaces 4130, 4155, 4170, 4175 and 4180, unlike the body 914 of the connector.

The rear side 4170 defines a circle 4190. The shape of the circle 4190 is designed to accommodate the evaporator assembly 906. Gasket 4195 is located on the back side of 4170.

The inner diameter of the spacer 4195 is substantially the same as the diameter of the circle 4190. The inner diameter of the spacer 4195 is large enough to allow the evaporator assembly 906 to be inserted into the connector body 914".

When the vaporizer assembly 906 is inserted into the connector housing 914", an airtight seal is formed between the vaporizer assembly 906 and the connector housing 914", whereby air

They are allowed to enter the housing 914" of the connector only through the air inlet 4113.

In Fig. 41E shows a cross-sectional top view of a container containing a vaporizer assembly 906 and an electrical connector assembly 622". FIG. 41E shows another vaporizer assembly 906 that is connected to an electrical connector assembly 622".

Anode portion 2370 is in contact with anode 23353" and cathode portion 2372 is in contact with cathode 23352. More specifically, cathode portion 2372 is in contact with cathode 23352" along the inner surface of side 4155 of connector housing 914" and anode portion 2370 is in contact with anode 2335: along the inner surface of the side 4130 of the housing 914" of the connector.

As shown in Fig. 41E-41E, the locations of the connections of the anode part 2370 and the anode 2335 and the cathode part 2372 and the cathode 23352 are different from the locations of the connections of the anode part 2370 and the anode 2335: and the cathode part 2372 and the cathode 2335, which are shown in Fig. ZBE

Fingers 4135, 4135" and 4160;, 41602 have resilient properties that provide a downward force acting on opposing portions of vaporizer assembly 906 to push vaporizer assembly 906 into contact with connector body 914" and hold it in place. Fingers 4135:, 4135" and 4160:, 41602 mechanically hold the evaporator assembly 906 and minimize assembly time compared to threading.

As shown in Fig. 41E, when the air flow sensor 916 detects negative pressure, air flows from the air inlet 4113 to the heater 3510, mixing with the vaporized composition to generate steam, which is produced by the heater 3510, to produce aromatic steam.

Aromatic vapor flows from vaporizer assembly 906 through channel 4205 that passes through opposite ends of vaporizer assembly 906 .

Although a number of exemplary embodiments of the invention are described herein, it should be understood that other embodiments of the invention are also possible. Such changes shall not be considered a departure from the essence and idea of the present invention, and all such modifications, which are understandable to a person skilled in the art, are considered to be within the scope of the following claims.

Claims (8)

FORMULA OF THE INVENTION 1. An electronic vaporizer (500) comprising: a container (602) containing a chamber for a composition to be vaporized, a first electrical connector (622), a channel that crosses said chamber, and a vaporizer (618), wherein wherein the chamber is configured to store the composition to be vaporized and to be in fluid communication with the vaporizer during operation of the electronic vaporizer (500), and the first electrical connector (622) contains the first (23351) and second (23352) power electrodes , while the first electrode (23351) contains the first contact part (23301), located on the outer side of the first electrical connector (622), and the first extended part (4125), made with the possibility of contact with the anode part of the evaporator, and the second electrode ( 23352) the power supply includes a second contact part (23302) located on the outside of the first electrical connector (622) and a second extended part (4150) designed to be in contact with the cathode part of the evaporator; and a housing (504) that defines a receiving area (5712) for placing the container and includes a second electrical connector (3710) configured to connect to the first electrical connector (622. 2. The electronic vaporizer (500) of claim 1, wherein each of the first (23351) and second (23352) contact portions includes a portion extending from the outside of the first electrical connector (622). 3. The electronic vaporizer (500) of claim 2, wherein the portion extending from the outer side of the first electrical connector (622) is semicircular. 4. The electronic vaporizing device (500) according to claim 2, in which the first (23351) and second (23352) contact parts are made with the possibility of applying elastic force to the second electrical connector (3710). 5. The electronic vaporizing device (500) according to claim 1, in which the first electrical connector (622) additionally contains first contacts (23202-23206) of data transmission, made in the form of plates. 6. The electronic vaporizer (500) of claim 5, wherein the second electrical connector (3710) includes a base member that defines grooves for accommodating the first data transfer contacts (23202-23206) and the second data transfer contacts located on the base element and in the indicated grooves. 7. The electronic vaporizer (500) according to claim 6, in which the second data transmission contacts are made with the possibility of applying an elastic force to the first data transmission contacts (23202-23206). 8. Electronic vaporizer (500) according to claim 1, in which the first (4125) and second (4150) extended parts are made with the possibility of applying elastic force to the vaporizer (618). 9. The electronic vaporizing device (500) according to claim 1, in which the chamber for the composition to be vaporized and the first electrical connector (622) are located at opposite ends of the container (602). 10. The electronic vaporizer (500) of claim 1, wherein the first electrical connector (622) includes a storage device (22068) and an air flow sensor. 11. The electronic vaporizing device (500) according to claim 1, in which the housing (504) is made with the possibility of supplying power to the container (602) and exchanging data with the container (602) using at least one electrical contact. 12. The electronic vaporizer (500) according to claim 1, in which the dimensions of the receiving area correspond to the dimensions of the container (602). 13. The electronic vaporizer (500) of claim 12, wherein the receiving region is a through hole. 14. The electronic vaporizer (500) of claim 1, wherein the housing (504) includes a mouthpiece having a passageway in fluid communication with the channel when the container (602) is electrically connected to the housing (504). 15. The electronic vaporizing device (500) according to claim 1, which additionally contains a fastening structure on at least one side wall of the receiving area and the side surface of the container (602), while the fastening structure is made with the possibility of engaging and holding the container (602) when it is introduced into the receiving area region. This sk MDE Flthkhkh shu EL UZhu Ou S Y oo, 2 MK en : STILL Ok, that Y Ted THAT I Code I Ol y, Pt, and Ku xx z 17 1 vo zvy IN ZY I ih I y Tezh sch I I EN пий Же и Ох : хх х От х т. и и 1 и 1 их : и ия т их i : и и Ка их и Ох щ- I Тих тои Лоолнях Же Z их : их AT : и : EE ANT и I TIM Who are you? Sword. Z i N tod a i : KO I i S NI i t i iz E i i i : OO : KO : OO i i i i i i i i i i sht ph i Y Pl i : i ko i 1 : Go. : NU и : И и U и хи и Z и и: 3 : ии и TO B t Z хи тк кой я беж ШЧИ пк как WITHOUT Ж "ЖЕ вч ШО СХУОВКЯ at IChUK х KU SOYA and KM. TT i s o No Oh BYU nya ЖЖ I ЖЖ Azh EH GKU SHA SA KO SHYNKY ko KIM EOM SEU Ko h M Esh OK MO ICT ZK U ZU IC I Pod hu shd KAH Kt SY KKU MUK SHO SHE SEU ЖЖ IEM OO S IR Moscow. SHE SHE NI sht MATTHEW Z Ot: SKU OIV KOSHYK OH V KOVO J. i OO ShKO EK p LE: OO ЖЖ OID he pi. OO, OMA oman ZHEO H: KOH Z H ODU AUTUMN TOZ OKO ZHOV SHOE zHEOMIE SHO KUZNYA sht I: ZE Z KK UNya ZHI MOH SHOE KONYA ol OK i KKZ TO i KU JJ u S a ZhK FI NIC, i i OO IEE MORE HE SKYANYA -sh Shshi ZHATOE ZK ME ZHE I PE EI ih I TE OO JE x SCHO RT: r Ko MI: hey SHE ee Z KU ХK SO TI v UNshcheYa nye chu v KOKO KI t, PEKY ZM SHOE KD Y PI, x so Y iOOF V p TK x. THEREFORE y y sh. shi yi TO BU 3. VOK V Y SHO Z OO 3 KOT N. and VAZ: her; І ODU rosy І SHO STO de M V BOZE EK і ЧО ЕКО ЮЯх і OKO Z І OS і і: POS ЖАД o g іОСЕЩХО МОХ і і: ШЛЕ КО і І І І І І І МО, К І І І Ж Х Ж Х І І І І І І І І І І 2 FG. Ж TA eco aa и Kn Ох 7 ХО ОО шх ж ве во я Ух и DENO line SK. Kei oh nen I yi oi y kh sashe kh t te Х х хх B B moh :E x pi KOH в х сх show у ho vie х Х В Ж I ше х и дяк : IEE B Ku КОЖ ho их ЖЕ I В Е БК Сх Z ХОТЕ я ra -- KZ KE more g KE B i KE cho TOTE cho KO in KOYU o I rn Fig. Z g, xx Z z, Kaya I Pn jack, - sia Zh. y avanoya p Ky Ted U ge v Kz 7 ju KU Kn. Я г. Ksenia: ЖЕ: Хе ше» IZ TE Tit іХ KO OLE I po vn sht I l Ne an іє I је Ба і hek і Z і E З і 3 і Z і х Z ИZ і I: х І х і - І і 3 gu: 3 x 3 nya zhk. 3 Kkdchyuny TSE Ku Dt, Se a LE zhk, S Uzh TT ZKU OY Stezhki KO to kn ih i UK ME Y RU, ro Dr NV OMP, PEK, UNN Ko Hall z. MD, ЖК в НЯ ОХ хх Х х т т ХО: be 15 via Ol х хх Koen і tt BU : SHE shu і TE KOH і і х і і і ZE. pd y 1 ET SHO YUL y SCHI piidezhi y Ki B y 1 You y y 1 I what Z Not iu We t SCHE ХК sim, V ІE en pd іє і і ІІІ Іі VE TE: SYA Kl ХЕ х пк, шт х what am i waiting for Fig. 5 p. di to Her vano and KOD Kn, I ok Oh and SHO OO Petmy, Shi we, PE Koenya on NIK vastenya GOM i ulyu h, i Pk zh KO x NM Per, LSH tu i ay TOK i advance sh 3 pr i ih TOZ х и тООЩ и и ЧОТЕ КЗ Ии и и и КЗ и show и ОО З : WHO и : иОш и ОТ и и и и и и и и и и и и и и и и и и и и и и и и и и и и и и и и и и и и и и и и и и и и и и и и и и и и и и и и и и и и и и о і i VOK і і OV і t і і і : their All і і Уі і KO іі і their і і Ж Ko Lm p Eh Ж ххі і і- Os і their KO і і KO pe t CHO Be і po I Sho yunykh yah i enye OK tom DNA i their seven zhk kiy She Hu FO dyupkkck, sk M VN DNYA i S ee i S ii i Pen ET B zh xx i EE lk B B v w zh, EK zh lu Kk I Be I mi Z I I kn OA x TET di. eh, Me t, ke and xx, Zoi B S ME enny pek, BZ: shЙ Tu, sho Z Kon SHOE Ka i Ka dm shk zhk Fig. t spr MZHK ХК schemes KO TO, yai SKK ud, rasheya MAY Her Also SHO May. U Za I DVK SNR NNNYU s Oh VO OO Zh dk Oyaoya y shou ЖЖЖ: se V Jnh Hr VN YNNYA acne ono o NN pyhy che I OYI oz o NN XZyh OM M KOS dl M OI i t i t i her y W: X y her her her who her her WHO WHO E Kk EK her EVERY ГЗШВУ Х Х Х Х Х Х Х : her Х EM their ОХ х КОХ Х ТОХ KE WRITE pe you Fig. 8 pZhH KN Same Kaya U Same Kozak osn Esh SHYNU PO X p I VM SHE pod s EE pod KOSA EH y: 1 IZ EK And more ZK Kei i KE MOTEUE. KK, OKO ХК h. xx SK ITC TOO THEY Ka XX I DEN ZO zho VK OH HOW JE VO OO t Shock BoODOKU PESOZHYKIKH UNK OT eh MLK y ZE as live SOYA ENN MOM SHOTMOI KZ Z Z OO MODEL r 5 IC s: HlE Y MOH Z ON LICE: KZ PE OFSH KE PE 3 TO HOE i y KOZ VI let t Movi shka KO SCHE ZE ET x Om o KI ON U R x MY xx Her TOS S KE i SCHOOL M nu ZV U I their MZHK Ki Vch oz OO Y po ie What I IN ZE I i to MOZ tya OYI t TK LU TO 2 i ZE OZE EK Oh SHOCK Ot B i ЗХ Kik Ж g CATS OŽI U ie SHDYTMYM I ŽI ASHSHV KE JE p x S yk p U Z LI Her KOM i MAY. EE ХХ ХХХ Хов ХАО OKKO GU KUT ME KK VU x A OFOKI x BOMIK xy xia y pk bK K DY a shoi : ME She TOJ her y SHT K KE SHO SHE sh y EL zi Shchy TEO IC x ZE what: y MO yk PO YZKM: X MELE L Se ZI i MKU Zh sta, i VMO EK i Zh. ZK HON S E TE TEO h sce KE che tv OZ W SHO MEOM Ol she U SHIK OO? her schools are the same ms of her houses 8 KE 2 their SON Y MO Z AZK t t sh: their X SHOY Ж x E kouka y SO KIYA TE y SCHO KOH SHKOKU ZK 2 : SHTZHO S yi TSO OAE Y ZE TO Z ZHI: IEE х I EK OO: MO EE і B R ЖЕ KT Her Ж з х і Ka ECO ХК. Y PE NKU x Y shE roya JEKA pz x KK KE. y YIMO Z OYI LE Sas Z y2 ENN y MM OEKE o ME y y 8. OUYANNKU y SHKO Z MJ nH y KZ TV y SHO M OZ TAKU y KU OO IZ MEM LUKI y TE SHOE OZ МОЖЕ ШК Ю EE Ш З pKOSBMOI Mk i GK SU i SCHO SON i TE TIK i OS Z zh KEZ OYI I ZOM that x KE RU 2 g. 2 Pines in I sht 2 SCHO in t dO: i sche KOH Z IK ZE. Z 2 EMO SDMIO su KYASYA HL: t g se RU : иЖ VODO s: ХЧ ОХ і M ЕНН КОХ і БК оо UNK і KO AЖ r TE Z і KU UZH MI і I5 і І КОД I SKU SENNIA FROM ЖЕО: і іі SHYMKO KUM Y TOO LIVE HER M: SON Y KZ TOK m MI MI Y Y TEO TSE You OH Y I OBO VK i IY 1 BI s: TK ш иЖ OKH 3 WHO I YA KOH : ii s z ak en ZU le SOKTY 1: ЗОЖЭОЕ Кл, KE Il i Ж Ж kyti KY EOLuSH GU Ne OshKYA vu i ZY z KU ЖК и их х, ща MO Шх и MM Tu t М п ж хок их рей ш х "SKZ "rig. Z I EH ono chi ZY Sk Dy shho Se Z U zho, di i i KU hy, KU Ku Z Ku i i She pon y i B I dv I xx she ik KU ev NI h. in ve hek sh y: mya B y KOHJ y y KV Be t ku tA t t o x PO, i x Oh el y liv, zh h oOsch, zh t hv ee h. pk Ya i p sit i BU ZhK dyn Fig. 10 times KK ko, EK nn gZ io dk Sho I X Sya Z Oi I oyu Bon y Kn ee p YAK KE EE t J SHI SCHI z She o EK KO z Ж OZ what in u nya thing KOH pd KMU x KO ee: I ZaeYa ee xx TO Mane y Il he NKU y zho z s still EH te OKH s Ii still EE zhu, BONN Be I: o xx ku oh ee KV NK ss srig. AH SHE ov vve : UKH V nya still VV a SHOKOM ME IV 7 x ADAM, cho Z em, Z OI I SCHE x U IC Od dao MY 1 EM EH them Residential complex ЭХ : Me KO SHEDitt EI ECO KOT ooo Ne ХК: ЩО щу dm 0 ШЧИ t, t Koh Ai НВ : ИЗ i V і і і і і і і і І і і M і Хх х. х х хх х U re У х Ух и и и Э З х у KZ su E Іі і Z і і ке хі і ИЗ і х і schu t BU i ц і TE : schu і I І schi : M і P : 1 their Shchi Eh her her her Z t B Th. B her Be Ne Kuk Se Jh X Heh M, ALREADY that I am MKM, TE kly THOSE that are NOT I: KU her them Ge KU Z KKU her xx No IZ No and SEU p. that IV Z her HO IV EU Iii SCHOE her Oh her DOD her SHO Iii XX their: Oh IH her U NEZNEN: ru WEB her TEO OH I TOK their them their SHE 152 OO Ii TOO OK OH CHE PEK OH MOB OYI TO her mot: ЧОБ 3 ж IC OO o o I ZUE KI H i VK Z KO oh Oh ve her Khan KA Fig, 13 EK JAK: VZ KU TK, Z Z, En se 2 OM Kk i "M BU T BEZ LE EI iOB SHKO TIV sm SVOI HO MOH ih OSHE HO ZHY, Mi Ky va Kaya PIT Z ach tko ih NN I EM SHI MICE UNO IN MEM PZ, AND MON WINA KIT shh SEEMEE STILL scha EZKENKYA DEC MV SHVI STILL MDE LI MI DIT E Z DE KU MUKY HC ХХ М В: ОХ В KVN З MO IM: M что ШЕ ХНЙ VN MI and t ZKIINNM LIVE UNO ENN AK DE ZHV, MKK B IBBYSHIIH MY rea Fig. 14 sk o sht SKM and A M «A ID EKZ MK, UZH IKYK, Be DOK, nya CP SE Som, KU o U KHE: they OV ZHI MK en PE MLK KU PE: i VI oo hi W o ne t sho KO Se I xx ve jako I BU i he HU to SHI ono eh I THEY I ZKU SCHI po U SCH ZE Ii SCHI Tth Ii sch eV re ZE 12 BU Ua Ж KN ia ZOV How KK in nya Fig. 15 yr. Be p SHE KE Ann V OKUKHU NEK Ky pochni kny unAy SHULO TEZ same hi PK OM mah M Z I svo DAHU day Dok sk Kn o nan KD she ME pe os JJ t SCHI KV ke HE RU HE kl YKI TI VO KE ZHK VE 1: her Z u ME SHORI TAih ih II Shin W DE TI E EI 11 KI shi TII KN TII TI gii HIT KU IZ SIA PTU M BETWEEN pu Mur ve i Khozhya pl Z Fig. 17 Z MKHH, rya shkk MAK doki det ХХХХХ SU ШХХ I ов ШЯК pk ЕЮ pi NOTI I: TK Ki pХ Z; p de Mid duh zho Her Om MM HNN shOOAM, Still We, x OST Zhotyu MOZH FC, Z Her A o Konya SHOK KZ PKP TIM Ii shmh KYA tu EZSheU i HE I po sha KZ Oh Moh X p i SHK poi KU what EOSTOH ш TI t SHK T2 Her X Without POFOI x her x E IIT. Z x TOV PO is I : Z SYA Kk POI POI x ME i p TI A xx X Zx sho x sr, i Their FIGHTS SEM TOJ IT I KU i SHOCK OI du her zOOh U TE i Ii: Ii SHE SHE SHO What her І шХ M o ХЕ ЖЕО І her і OKU TI S SU I AKNN KU t: і ME TI I Х- і KOH х і2 і U EIZH p U ШE more і Because her: I РІ ШЭ гу GU NE І І І І І BE шже KK KU U o I dOchkntxh y PI Ash TEL SIP Uh p: EP x ROST J OH Ve y i ZBK H TOZ ŽY VO TE y M EM y SCHE B OO TE y MI MT y her B VNU TE y PM DOK. KU 2 PODKN her s s KE s Be hm s s s BE x TE x KU s s EK I SHO s SH s s II I Ж: OH H s s s KK zhd TEO U s Her s TKACH dO Z iz s 1 vve x SNU Z So b i -te HO NKU I Be i Ky SYNU HL KO Still Shields Her x. GU HE oh LIVE IMYIIIMM y, LE EE y x COKO MO Ж VO key g OO: pi SHO i MK SOSKU Ххх Эх КОЖ PM. CEILING IN TE V ky her o EN y MILY ZK Bu y Х х х х х ю 7 Z OKO NNNNNYA y x pe neo ЭЭ Х Х ЧМ i5 p MU a LЖЖ, p UЖ шт on ШЙ jeans Кк ДИ жк A, KN noya Shock EV FOMY Mini Fr inOzhAu ZHE NA I Vzhoi i sho Zh ; From food to KO; TPU byu po KYA i SCHE RE ZN dec OI U 3: SHT ho i 3 U OO KE t : KU TZH OO to KN Ba ECO ETO KOH NN shi OO : SHOE SHY MOTO I LO lovy i ee t. NNI ke TOJ KOT ХХХХ. With sfukyuktkilire, HER IS ALREADY MOWING HER ON ZE po scha s NNYA OMA yi i Z i ZMNYA VC: Shan ze KU oo You you NIC fruit ZH zh SHO AK, VE WILL OT reich pd i t KO EOZE FOR urn EV. nn yk k MIS E xx ooo U MPliiih PKU i DK, x ХХ eV o symmh VKH i KO I poi ХЕ M. MO POPOV j ker zhk u Ou shOSCHOV tyu SHOK nn, KK xx UK ee a en but so Se NE eat nya Oh pk i v s I ve eat tu poofy m p, deti sin KI, DK YAKO i Mini MZHK cupcakes Poems I B Z sh OM THE SAME Soya y ru Ya ih cha Dane o Zh yi TE TYA shock her o nin I KE LK PEZHUZU ZO gu II1E ZH. EOJZHOKSHKE AND ZHE NE KU MEYAchK ZHOO SHE: ojlu KOHZ OS U PAN YA SENE de SHA I ZH "to SHY yi Дих SHE OH ODTK, KU SHI OVO, THEREFORE TE NOT AS IN OS ENYA OBJ p KOZH: TOKZH o hi i I pd VE ih He ni ZVU I B UZH Vk OO AKOT THIH J o Z 3. t СКК ККХ Іі і EN - Id RU: her p і 5 ШЧI her EUBe I сх іх х Z іі і t her; I : и TI и еще TE : EE Eh и RU ІІ и НА t: : их 1 КО К еще Z TO KK КК RE В RE but и ГУ КИЗ и и и и и и и и и ЦИ: : 1х ВИ: : и и и и и хх 1: : их и3 и THEM и им TE I им ТЕ х каА Тих Z им ТЕ : их I : 15 ИЗ : их TI I им БИ : НЯ ХО : их иОшт у BE ии и No ЕХ и KE 125 : И Kt i Ii xx x KZ OK, By r MM, in the South Fig. 20 I t N PE, her: soc si PE chi she she Katya and N ze PTM SHE LY nya Z. DYKU x p VE x sn vo ZONU: what nn ny sya oirnetroi N she u nn NU i g; ii: - 7 with VTK det OZ OKKO o o ros Z dudnldnachnnn : FROM her ii and WE: sce E : ii Ne Zhih eat OVAaKO Z E TET RO AK VV, zi x shi t zp : ih Y that p se i x N і і і UC: 3 F: Another 5 oda ksrechen des SLE і і ЖК ікла х: I AN 3 sh- ani en shch 3 - х NKU GKD kinni. CENTURY OK okon kknkknknyah MU DN E Bo; with nn; seni lives OO : x : I -y SUYA MO i E Kk ih vosche Men beach ZV ve 32 1 x : PEK: і і vna su E : ; и и : OM и E : PEN Й x TUMAN NK x pah E : з и и ву ЗХ x Н т и и КУ x : t. i i SHO KE N Her Hosts iOVNOVN OK i x N o WIN Shen E : oo MM "OV yankya: x N Iov IDtM y g : IEE 3 unlihzhzhilnyazanyakAH i N dagnimi 3 KE : PVA KEN KAI pttt kn kt tt kt tt nn kt tt kt tt nt nyatyutnoi Fig. 21 MK: ше шк WHAT ЖЖ ЭЭ писк BMK in olusiteit tt I and x for s pr! : OO fen denni nen her : KOZH dim 3 u : She o A BATH : : OO pf lrmivnaKi I : shi NEK OO ny: mm el u o sho PVedKN SYA She pereko I OPILYA KUN. nn An non y uch: Ne M v ny i I pen SHY : ts SCHE Ka sen DAN h. i: efoomemi t i Ot. I Zk і і hna Kak IZ I х She: : Ka i І What І ma : pd. her . so and x! Kh N: fenyanemdnnku EV Her: rech schu nin t Od Ko ok y: GENEVA KK boju a! : and vniadeNK YAN and Korova OK Her ZhK OK and ; 5: З АХ З ОО З ОО о СХ о A ДЯ ВН Oh shcha sha and "I XX Oh . j o xx day of Aries. о ше И Я шх Ko Z ОХ кжТ Шо Б» У шх; What's wrong with eV, VOK! seni ZAY pek I WRITE there syn, sh OO ZY Z ityyuyutnya sche tekti r POZ X mizhkn: ALREADY po koh VN y yiv - VEK shhotyuyuyuyuttn OK AK Kn KO ZKU. and Zh. ME "ZONE KOS VV UM Fig. ig. ey shOkh din VK KO KKE NO K 0 g Z o her SHOKMI SHE Pn DNA s o PO o their SHE PEIZHIEIOVA KIM i . ze o s. In s OO. and p. Y. sosontoo EO p sh- p V o p more kN PEOKEKKy PEN o o. s and not s What is 00 NN YOU CAN STILL I on M veEsa PV scha sho ay 5 s t ia MOV o PC y POV SHE scha they ks her. y sho And I oh shi nn MORE 00 more Ш her 000. o OO u BE VOK SCHO KO OKKO sce KE Z SO SEKKEV M Sho poh 0 shi shchi her what and Fig. 24A A І и о-55 Е ОО ТО о хх о. I am and ! п и пе Ох мех МН У ЭХ. IEE p. . and that p i MKK SHE od shk Mne v. is . ok about same village 0. o. at. OO Sa KK ZU OH LANGUAGE VM Kr OUN p. that XXX LYPNYI WITH MB ZE Fr. but UMH sh Oh SK 5 s- I EAT hchovnokh o . . In SKOB MOU still 00 00 shi o o o. led and nn. i dream of AB - Be E Fig. 246 i o s t PO IVYK more V DEC E oo o OO YAVA o i I p VV Shen te 000 MORE 0 0 - sha KOKOS NK MO still more o MN s ODE M p I o p ! KAK PMK UZH KK VOK - ZEO PA PC PC and horn. 25A Sg B 5 s i s 00 IV 0 '/| p o o shi o. claim 5 du UMH g OKH "V . That ZY KBU in the PC still s" and. about OH U Fig. 258 OA OK - zho o. x her sh o OM I o. 0 i vv y s y s what she o ke ZO KO KK shh sah sho. with she Fig. 25C KU I: . : ZMK In o. B o. Hall: TTVKK sha KO. her: her. I ITK: And Ksy with ik OK "OO. Shi sekkhyuyuyuyuyuyukyuyuyuyuyukkkkk -- and that's Ben. I OV I OKH o: I MM 5 Eh zho «g PU Ж dream and I Е KAH ХХ S ek ВХ Ah LIVE -h y: ne skik TE nn SHYN s kikh "horn. 26 o. s g s y p s ED JE Bah viya her hi p, U i SE shya s p zav o Z o dal" EE sho. X OH VN MO U 0 OO 3 Kin still o. . - WHAT XX MOH Z To and 0. p. also B Z S M. at. with eat ХК ХК OO tim, KOHZ I: Oh oh EOM VSU uk muh Y sho 0 z Sho y KO TV. that 0. ee ВХ ии Fig. 27A ZKU MO OO o B o. at. s U PO HO g g M S I o g a oo. o p pos M g ho p o. M z s s Code pah s s What o o. at. j vk x ZK Z is OV S KKU 5 UKH M MKM ZE Ya sk sho p a za seokkkkyukyunyunknya o o. o Z E OH OK M Z . KOH p. o west of Z; . in IV. B S o ZK Y V B U Fig. 278 KE and I ooKoK Kn. KE OO OO EECKONK EK PKEE K, OO p 3. KK KK OK Co o HM OO OO OO TE . I OO V s, se OO OO I ЖD VKH nn shaukhh DNA KK KK EK IN COCOON PAK ny mm OO M I KUM PK OH as KK sht Ku PO VV oaVNNya o M s BU i OO VD OH IT U KO SYA meh ih i shi M M V EK s KO i ZhK MKK V B o. not p SO MOHU sh- СХ ET o VO OK yaya Э ОО ВХ Z nov M POV v U peruk E o AK econ VOK Co o M A zate V wa NNYA V V OK KK SEZ OO OK PO OKO TON "don KV ih OZ Zh VEK On kny EK KK MKK UC M KK OO S and MNK OO of a horse (Fig. 20A V OK, "3 o KK OH UK AEN V OKKO OK KO KOKO Ah KOKO OK OH OO OB OKO I HE OO i PO ECO KK OO OO I M OZ I in V KK THOSE. "dreaming OM cancer seniority EK that PIJHE EMKON ay teyu PO ХК Kan Ol KO shi MYH ZOM NN en BUH U sho KK OO OO i Vo pi i TV UMH UMH y o OVO POEM KK PAK more MKK I HO SOKU OKH OV o. time MO ХК КК jjnnnnnnnnnuyu EOKZHH pe he p for 0 00Й006Й660ЙЙ6ЙЙ6Й60Ц( ! S A EH: ОВ o a KO Kn ОО ОО КК ke ooo OVO a o CM TV o sy ZOBU 3. UNN EK POM UZH. OO KVK o OO MO U KKOOKKK eh ZHENYH VEN OO KK, PEN NK OH KY OO Z a Not MBO her SOY OKO V OK MNK U KO KK EE still shk V o Z NYA M OO U o s "zha E OKH ONY and s . 00 i M she Z o. ее о ТХХ ТК OK ; with Fig. 280 cha - and. SOKU is not that OK ZO renenennennkkotnsnya ZE and. " still ev" H o o Kg. shk o. Fico «a shk KK JED. tennnnnnnnnnnnnnnnnnnnnnn nki V. and ve eash BEETLE. seni che on x Fig. 29 Shh : E and B s B s DE ME PC PEOM FIIVSHAK KESH PEN PIIIITS VN KO and KEN KON ti p OKO KESH en KE OKO KO in UN KOHKN MZHVII ME SIK ZK HZK MTSYMI PISHKY ka OH MESHKO VYSHNYU VAT KLYNKA o B s o ZhK snenie B. o o. ше иш п SUМ шо ше ПОС КО Cohen Ш 35 PE ne Ж ЖЕК ПЕООКО В OUN Po EN, y PEN ona PES ШЙ pok o PILY TE BEEa o: o s KE MK PK ET Ka KY I PAH i Ku DSO VNNya et usu PO B. Y i "B ME KK VOK - Ves KO o her I de s ey s BO OO СХ o PET KU o. p o s S p Z s Ann o. x she o. dsyunyuyuyuyuyuknnki VV KKU KK for OZ in -k MMA ge. MAK X ZY MK u Z sce g o her i FC eregeereteeeya ZK PAK PK KI de OO Oi o o i v s S s same shchih BO s Z shchi nn OH U psh-- TE i va OO i Fi i ig. ZOA a ShK zba 5 5 KK OO ze BETWEEN EE B MKK year z s x; ZE og g s s s o." s s sh o i SHE skkzhnzhkkzhiya s ЭХ, skh g s kikh s I s dk s na y TI ANN PI MOH IKIKIIHIH PENYU s B. o. from Bo py i g 0. o shchy Koch M HO i t MK KO U o. Z y y MEM s OVO na TAKZHOV oh s sy em reik ky V oo EE sia VEU MOH OVO KON dO Ya she KK a Oh MK y a ХK OK S o. y X KOKO AKKKKO KK U X S SO KO KO ZE MK ov o o esh y o. o o 5 s o Z KZHA o OKOM lllko . OKO OV KK OKU sly: KN i s . OV shchi yah - x EE Ko KOVO I plkhknnikkkkkny o ENN MMK PAK skh dhlkhdltntnnsch PV she: V s schu shcha OKU U Okh OO ZH o. o Z Ь EK KE eV du what KO o. 5 ЗХ шщщ OO because: ! NN EE o Sh( "- B. a B. a Ya ky 0 p PEV V o p vk OO MKK VE v PO s GO V PU ECOEN Po oo eV ZHISHVLYIII. SKI KK xx UNN WHILE 0. is I. por KM VEK sya p sho OM XX kah 7 she KA DNYNY SYA KU OKO SH I OYAE o. X ZO m I s ВХ 00 Me o PEK xx KAM KK KK Bai ECON SO U KK VO 0 NN BEZH B OK Ve MK ХК NKU to 0. х ях SCHI PEKY KN OO OKO одиАЖЖ OO Oh TA de KON o. o u i KOVO that U OO ZO still M Zhe ZEM s OO s OV Z H o KU KO OV o. o xx Z SKK MK Z OH 00 VN kare KOH M Z Z RN ZMO o OK OZ Ge OO OZ still XX Me Oh MO S SS. in p. o. o MKK OKH xx Z veni x ХК p KOHH p that ХХ Fig. 30C in HK 0. - s ЖКУКДИНИЯ МENE PK MU DEC Eneya Uk VOKKOvnia PO, PYLYPLTEII KK DYNY OH PE MAE PESIK PODNELISHI WRITE PLUTKKKV, KON ZDO NN OMA KOOKUne VEN OO Nya o VEZH pe PEK ME MISHKI PEN MOAITE o more KK ON OKOHZHK o what else : SHK MISENI PIKKVK. JAK sya p p OKO - nn PV i EE : PEK OO y BEZE NYA ro DEKO K o PEDKEKOV shchi SHE ML PEK Pe VEK po PO ska dosh ELLEN, KK WASHED DY ME shcha ZE BO sho a sce M: I ECO o ki MO OO I CATS and Pon still SVY You Fo them ME pon SYA PEK 3. OO Z nin ka p p SKK KOZU s o. | in MK OH claim 3 p. PIK NIMY SHIK UMEOI Z INA skh Z sce she B I p SO I sce MAO OO KE OKA MKK Konan she SAME day Be . IM u z pu o OK still Z still 3. ning VE OKO s M OK o i OO OH M SU POT Fi ig. BY Vo o ( xX Her o. p What. - g» shkTM 0. w- at. I'm still with her! I s VK s yaki s that S o sht s and she o. ! I who s ve Same OO x PC with KK PMK zh p Te p. o she BY UK 5 . about p.s. with . Z s ME MK Z also KE HK Shi 0 SO s o . o SK in Z siv Z s sh M OK MO n . with shX M 0. s Z s p. . pouf Be s W molting p o Fig. In i VO mesto SH OK eO OH HU AK, Her г г г E МИС ee Z o. . s shi me s - w o. and her and IEZH sia about . h s ka KEKS KK KOH KK SEM s s . - o ШЙ вкс п -- ОХ СО С С В Ох o s o пс няния сх OKХ ЗО я В s З . at. Y s also x Х Х Х ОХ Х Х Х . tires, s Z What pe oh ZK SYA u X OO o. Fig. Z31C ZE. .: im Z 5. ie shchi . STUm teaches, V same. KKU ЧК ЗХ со CENTURY KO Shi V 7 VO still BO and she? va y she chy Shchi y Z SHA y ne: OH Fi I ! . "Oh, my grandson LEADS to collection collection It's still OK on the west X dk; zhim I Щ day 7 ni Wei и I | shu ee or LCD fig. 32 o Ko p HE i o Z o ko o Z o RU TE sho u s o o y . 5 ше о Z ше PED KINO, КК кв 5 с о. KK Z OK o o s XX KOKO o. ! with o o. OO AK her Fig. 33 pn e p posh OK i . Ken. Ma OKOM soy K che KO o. EYE WITH ! i Z dO o s o. oh at. KOH p. s OO i U K EHO p. OO a claim 5 HOW M Z "horn. 34 p. KO u pov i i rn o her fa soyukyumh shk i z V VKM Uh: v Nesy i 1 U Zo: EN xx i u ve M: i TKU vi hu ohh x x zh Vi 1 LKK Z KIV ii i x Z 11 RShM F 3 ZV Z ZK S NYA su INC in . 5 5 ух НН х 1 3 EI KN che oon I other sk i TO: LANGUAGE slo 3: Mo Am, i і і 41 фони KE tyzhiy z і ОВ ro ЖК о a SHEYA і Be OO RE і Z «- VK Be ; x 11 15 WE and I? 3 ALREADY ee KK syny Ka SHE p i What p NN y ooo vij vna Fig. Z5A KU hek Ua o ke Raya Bo ke Iii sia v i Bo E sce EM prut: Y vas o ne Aa i - he "VK By 7. 5 s-mv sa Y y ay Be SN ŽI i sto sce OM kn pi p and mot so o WE are not NA o y TAY Z her all days a them. dog oyu MV Me ta ten an oKKeK j Y ZA she M a shk -h KTK. s At KK that KU se v SEK ky M miy sce KK ko 00 KK yyah Zh se azh, OKH dey i Kovsh lozh g she Ko y Sche ze V - se KU Ty -k her zh Her. Yes. Oh, no. o Te M NE do i sk x El sih (UZH EE i y 4 Du ih BI SZRE AV YAVI her 7 ZE u Ne V a Y hHESHaK U BO BEK V I A Ki a IC I A NE u OR Su: y ho tv SK I g her h. і E KE A E: H KI Ki che ! M vv NI i ov V ev M Us nn OVO ee Khoda sya hi "KINE SCHI za ash I still fe j widow ve Z ich pa She A i I o A: ХК E 7 ЧТЕОЖЕ no he " KI hom ke KVK dya I KO ZHE nee EL SHY KOKE pla SE ХK, ki y; Y "Zh M mafat feny VV xx ХU "MNE K kdd rah kh re ia MN xx MORE y Ko od kki ke SOYA ZA vo K da d tkozh her de E Y J ho ЖЕК, КИ как г X 53. to her Yes, UK s ZU KMMM KI KE dv M do o NK pi i VU i Uh y kavi te i yo Ii U On Z roya KI OK kutah sno eh ZK x EV; zr 7 Me "KN, from svia g i . nt those Fig. A ЖЖ and Mi x ZM U a kash SCHA ee KE pak I B A i KU Ж ASV AK a M Ve tam K і - OO U Я НЯ korony mkl sha: ше і I і пі в Zhe sha o і - ОХ ХК s V h is a ach that I am B yah oh OK I that J Y U ; Yes, and deco neon Fig. 35 in ШЩ ШY I VMO ve MY denot tv thank you and mozh KI M Zh i KV UK still A EOM EN o sv v SHY v pe i ve i SA o VK KO ES I s vo DK bo Mo OO NN ne EE cha ZO, EK AK CHI CHON 5 AJ a u vyk N. o u X m z to x Khx; I am xx: this is t d3hu KANT KE. rey and iz nya Z vkrya, Veschy Kk Ksa ta shin ok shi y EK KZ NIC: i g X 5 Sk de KK zzh5 nyshe SHE: Ve os vesna a NN a KU Mchvek sche vyy A OO rya she y MNE Х Х Х Х Х Х Х Х Х Х Н Х Х Х Х Х Х Х Х Х Х Х Х Х Х Х Х Х Х Х н Х Х Х Х Х н Х Х Х Х Х н Х Х Х Х Н Fig. 350 goulash Ish y tin - K u m Ki vorer V CITET ryntnnrttchttkot M x semi takmsognhku i 3 fena i rosha es z z min vky; her x with 3 rea BAN Ko i ka and girls y pog pisi kn Ya kinanoK y E 3 k -yao NE oi ny NN, por ia chn Y TO ALPHA TOSVONIV Where, POSSIBLE CONTAINE VA I Between x zav ch hek E DL ROZSM EXACTLY COKTENNEV Fig. ZE "yahavu y Ya um yak y esh cho MKK ohvv omiknnvkh ok rey ih ZK OO aa: Z, I: Z y o vo alko I sh I uh i b Ach ah eh OO TT h o rne OR VEZ Bk PK KK ooo EN I VV: x: Pe MY kzhni en y If u te KK Osa y Uh ZMK koni TE vm Z KODI oho M fo ya keV W U Z KK PO HO Dn mami MeV pek V Ku Ge OKO o pk anny Z po J o, Z Maya A GNE IY nin MY NN: eat more Kofti a nya pe what i o i A mn ko, : S, KN i Kt Kn osnno Yachh ZM ny h ke t o Y neon se. os VIY DOJU sa or KE pume KN EOOVYA KE genu Languages KZ Z polegovtechazhyuya. z - y en KO KV kni U is Every Y SHO ss Z penni VN V or Z E same o. more zvo a x KKKAHAAAKNAYA E o BUT OY ov own: ZV: i x kosa ekono ooo about the anti-immigration of SOM BUSK and my SMM et ZU PK sha eh yan AV: - and Ж as Pre v a TO UN they are guilty and uk shy I do not po i M ddei Men rya OO vek Bodya ouschkh "MN osno vy YN i KON Eko ote and do not enter ZK a. ZHI Keh ZON B: MAE SK and Kaya ZVU IZ S: ek KK V ev i Z KV MKK I Y o o M z i X I U KOH MKKy TO OS KU o Kefee Z xx V i ek SAD KU VA VE V ser ZI a NE onevnvnannnn IZ ti | x x y UZHAKNk MZHK. U shin EK z EE that HC and. and ! rt Vyshnya am re Fig. Zav mshe V. yi yi y det ovo sok - sche SCHE Movy se ras ek svya Mk Von PON de sche s soya y (Z Men ila poet I z y me sho y i an o szhknkkk ny yi sche and I schi sche s sk ey DK: still in yah o poten M Nsai ks he EK ih in SHO eh NK ee SK OCHMINNY i ex V ia x ZK Krov dokkhllyayu GK ney 0 hi V ,, r Zhya OVU 2 ut sche Bo x VK VC in 5 w BE m xx VE i 15 zh shk UZ yy TO k. kh. x u se i What Vo askuvn tia i X ХХ S sce: xx s pe scheE A en 5 chin yii V mne yav: y SHY y ; k kh ux A u ho i Her Yours de 5 Z che x Oh x Z kon y MU vk ek Z kn I same Za yar Z che: kA z ee o Y oS ve 5 ok hm VEK zh ШХ she и Ks Y he I y ko. Х Ь I Tanone a Yasla KIM o KAN, v von 7 Uh: "oh sei (U VO E sec, ZI SYA I: z х, щ оче ч ж вх, Ko х. B Y і U koe Ж deya ZB і ov I With Fig. at Take ZY v ke Vede Ko dayu me Text Ж vino masa Z y ve oo KE «ee v x, po aa rovav 7 SEK B sho ee Uh s Y Men SSO shk zeroa roya pek, I azny ve z. z y ot nanniyya ony And still toi y v ev o y y Khyh uko A, and Kk, y bo zhu nd E, V xx and sia Sey hm di KE y I ! I OK B i I Shk Seya z not I ek Mu U ah h ! dity SL Ж І Shev ї Z ee dey В ОХ аЬНх І и SNU и ох и ва и NN s ia o MN NN nya b skh ti Kai aka. ойох их ХУ shock КК и у не Ух я ос SO и ж я M De ny schy zehk KO Konya on, VC vo nn VIEW sn ON I zey pe PK В в ns . neither BOTH Fig. ZA SKK Ya v UA B ASh pev ZH kohav y Be "Eh Shen M: ie Mini o j Eh Zh u HO ov tv tk chi EK ke o Neo "eko sen NIK on Shiya ZK don nak. HE AS J J I teku pn nu i a ge K i ET J U. m an NE ze i j, p EK I V TK KE ih I IZ Morok MU KK KK KZ, He x N i u ve Ya |. g y m ny rn Z XX - and V to BIK their KE Ek r their shk Ko ZHE N V UK o ; dey she oon Y pon eE i: o VI ni o: NN shi Sa Zh ni kv v MOZH sku SUM i: y Bey v i CHABISHNEYA ST r. y shki ay Z V V ; ; kt x 3 ho y oi i Ko VK V Tse" y j : a NN shi she Eh ki kosh: m Her he. Z Zhdni VE V AKK nyu Sh N Y which KU Be i: zh i ZU penshe: mene i s i NN Shi i kn ShCHA and 7 etudes K ; Fig. ZV zu, WHAT else SKZ KONYA o o i ARC "ME JEK E PV m B 3 DEC KK " o NS. NE ZK s o V y photo KV NOT IN T| z 1 ek Z KV. i Oaken in shi KE Cr V ED V M A OA MAMU MKK ZHE: KI si V ECON PI a Y VE EE, So holomam Ki NE: PO schu ul MU V i z 15 SO NN: Zoya EV 1 i ko i NU UZH Havmmmmkyki ZK y 3 Ye I Su niv nesvo shi WE Y Fig. ZyS EZHNEH TK, Dec. In her Z h. Kor YAVI i se Y i Z Ye shi she i х х х ОЕ о ! eat x | Mon HAHAAHHAACHAAAAALAKALA Because in IZ KE o a Me i V i i M S DO NOT ENTER SK o NA ME KO ee o a OK Ko ze KO o ov YOU o Z Z husband i M I MEM o Av Kn KK KN i vyh you What Vyk nim I Ki VEK s Proeenn EKEK I o zh av NE EZ Y. and ALREADY m Ж K EV I Mlyilny Oh sho 0 VK V I cheeks Mo o TO I and І ; N OKO h. ! E EK M 5 pk I VI» kn Z Kk 7 GKU essay SDN; HOOK I : ! Yes, I don't have any. She E V shcha iE «rig ays y eanaosny ker dek oon i Shin M Wo I Shi vyseni j y Mei Z KoaIe nam De de Ba ZK A ozh KK seit iv vy pli en ka den Sha What ben, Still y det ps sha schi shchi shi 5 m ran Y E. s vek zha and THK and and I a Ka nev; | | y shen ky et PI PK I y y i eh sha SCHI tn VO Her Her and day de V ni so nya SHE i OO sen, Vii, she av on Sh dk KE, sy M a what uko I ay yo se Y z I and sozhk y Zmi (fig. ZTE is like y. Ne annya ke b y Zh y y j SYA; Oh vn: cut y M sh. ши КЖв ВВ жттай шт. Ya rya Z. ШИЯ оджух я Я I: yo" and "В у яй. She - Ж She still I MN Fig TE guilty, sh en Sha | eV y re de Zh Ka KK z z osno oi them what y same 1 RE inten mu re Shi Asya o la zhnntchzhkya nev sn Z; the beginning of the 20th century te KON Z Ki IB her and on Mo shi U ZMK KE se ho and Oko ne she ZBK orvy i z srig. ZA and sesha oym in N v i KK XV in V Y i eh o re: I KK nevy b oi sa dya i nya h. I Ah dya ee slya i UK, Ou Z v : I KU oh OZ si: Z U o her E Y | i y y ek shH o y v VEK Pdynnh Vs s Ky yav ks zok gak sce W a le schu Sy lyny UUzhN HM ni ee EE am ah za ben m JAK "horn. ze i sn KV sny i dosh z cha ZVdA NI; ke ek za BDN ka Sha cha BK t ohmrnya Ko ey a i uh han a I ET Z. sce Mekeve SUK She o KE t NIZH YIM es b tA Er y I | | hi y I DIKA U YN I sko 1 y No uk kn Koh yakkeh no sv kV ach Zhjah sk ka still shcha ee, vo with my I ZE shi KA i plo Z MO nn BZ KM tuya IC «im protea still Fig. in Basket - | V OO VES Be vk m Zshya i My oi i 5 y On o t. i lo : g s i Noi SE s In this Tab dune i 2? гый: BO Z kN nas ay Kk I Vk more o uh s o: y; и и He says and Tu VE a, same those |. and me yak Ж KO і і et Kk their pozhshhy і і і о K- ж, Z Кк NU: і POSI У, І i ку What ; Oh XX on x; y y hus - Ah "X y5 a y "uv, E i o SYA zak y i. y Ma zve yy yah ee hv ky Kt nm v oo I still VK che, toku o still and I ZK, KE yo Od koe oi and oh. se v y r ii ii Tseh shk KV b x MO OS eya i, i i i Z oo I ! i a ee what. uza KZ zhk xx Us ia Y i E Zhe SU and Sya zn "Vi fig. FOR what kind shsh KT I 5 KO na Zv se eh on i V ser i | schikh ee ate and what ku DE Vo No ro i ZK in Z pe KD Kos Z / i: oh I ve zh 3 TO Z sce S Seya UDC OM Kay BO Eh ne u K ci B Ne HE A pa y day o ve zo V she She o MAYAK Me "Gestures r set Tu, h u 4 ti nm o NKU V Ya sche naya Shchi kv yasYA EK shi t go he da : va: FOR their protection, WHAT IS THERE? Ono t e Tsia Prah se U en : M nn Dena ov shk ME ko i p zhe TN Iz tse yi skk sho n i; kn She ne zhshi sk i. And ih vi i zh pi wa Z 7 i Shchy su yi fezchhenniayah t. also shen t es knki, ey ! pl mtszh as I X Z sy 5 "horn. 396 oz with dis, and k o osa soya I Degsszh n ek z My She s VU diko ks LZH Jan st. V V ee s and M where and I MYH their tk KK in t - Ka kr yak and I a sh е я ke Be o no de pe nn і" жо Z о х Же чо V, y pe є ї іх І KU s В pah і Fo B zhi p I В zshcha sa NM B Ky pev NM NV a ve peso she AK Azh sec in Neo KZ V so dan ce ve | in VI ia zhh Sei v doki che i ИZ 4 y, Ken v en y Noni s VSH She SHE ns: CHI ese sht z shi sh chi ey ! wear Y zhi 0 VOK clothes KOKKK a N is where I in Ky a ZV SHK KOKO zboy gy ke v y Zh OZ AN NK ee zh y dk shk Kvy i photox se Bonya h h eyt M mo shih KU lit ke ny Fig. 392 yavshchi ZV u IM V Seya shchi E g Sa KKU 1 GK V khz i kva Ko ANNA : mi zha y me o pa I ik Me Z VYM ZE IZ se Z lll Z ke uz khanny ZH zh ZNI teh. s i zh i KN i z peevllenreestya: t ku MKU Ks y UZH I JOV EK ned p on EE x i. х YAN: г и ее s ZEK eh Beh 85 : se В ! I: Her : 5 eh Iii ii ii ! she she she U V i schenya nn i and de. thanks, Kr okeleke as Ge o ZB ZI men m ke SHY eh i Z shih. and ZY E. still Mr. Aa. A: х и м х кни у кдд о: I пи и Ки держ Kennnnnnynny r i kn . Fig. 40